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Ocean International
Ocean International
Nikol, Ahmedabad, Gujarat
GST No. 24AAEFO6278J1ZX
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Monolayer Blown Film Plant

Monolayer Blown Film Machine

Monolayer Blown Film Machine gives high output up to 280 kg/hr with thickness ranging from 8 microns to 150 microns and a maximum film width of 2500 mm. Monolayer Blown Film Machine is a cost effective investment of producing single layer barrier films and mono layer blown film lines as well. For packaging industries that requires greater productivity in low investment and low power consumption, monolayer blown film machine is the right option as this equipment offers high speed production solution. It is an effective investment solution for packaging sector as they can get back good return on what they spend.


The manufacture of plastic film for products such as?shopping bags?and continuous sheeting is achieved using a?blown film?line. This process is the same as a regular extrusion process up until the die. There are three main types of dies used in this process: annular (or crosshead), spider, and spiral. Annular dies are the simplest, and rely on the polymer melt channeling around the entire cross section of the die before exiting the die; this can result in uneven flow. Spider dies consist of a central mandrel attached to the outer die ring via a number of "legs"; while flow is more symmetrical than in annular dies, a number of weld lines are produced which weaken the film. Spiral dies remove the issue of weld lines and asymmetrical flow, but are by far the most complex.
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Monolayer Blown Film Plant
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Extrusion Monolayer Blown Film Machinery
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Extrusion Monolayer Blown Film Machinery

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
BrandOcean International
TypeMask Making Machine
Capacity28 - 280 ( kg/hr )
Machine TypeMonolayer Blown Film Making Machine
Automation GradeAutomatic
Body MaterialMS
Voltage146 - 194 ( kw )
Warranty1 Year
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
I Deal InNew Only
Country of OriginMade in India

Introduction of Extrusion Monolayer Blown Film Machinery:-

Extrusion Monolayer Blown Film Machineryis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Extrusion Monolayer Blown Film Machinery

 

The Film Blowing Process of Extrusion Monolayer Blown Film Machinery:-

Typically, Extrusion Monolayer Blown Film Machinery is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Extrusion Monolayer Blown Film Machinery

Extrusion Monolayer Blown Film Machinerygenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Extrusion Monolayer Blown Film Machinerycan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Extrusion Monolayer Blown Film Machinery

 

 


Additional Information:
  • Production Capacity: 28 - 280 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
Extrusion Monolayer Blown Film Plant
Ask For Price

Extrusion Monolayer Blown Film Plant

Product Price : Get Latest Price
Product Details:
BrandOcean International
TypeMonolayer Blown Film Machine
Power Consumption28 - 280 ( kg/hr )
Plastic ProcessedExtruder
Automation GradeAutomatic
MaintenanceNo Maintenance
Country of OriginMade in India

Introduction of Extrusion Monolayer Blown Film Plant:-

Extrusion Monolayer Blown Film Plantis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Extrusion Monolayer Blown Film Plant

 

The Film Blowing Process of Extrusion Monolayer Blown Film Plant:-

Typically, Extrusion Monolayer Blown Film Plant is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Extrusion Monolayer Blown Film Plant

Extrusion Monolayer Blown Film Plantgenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Extrusion Monolayer Blown Film Plantcan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Extrusion Monolayer Blown Film Plant

 


Additional Information:
  • Production Capacity: 28 - 280 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
Extrusion Monolayer Blown Film Machine
Get Best Quote

Extrusion Monolayer Blown Film Machine

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
BrandOcean International
Production Capacity28 - 280 ( kg/hr )
Power Consumption146 - 194 ( kw )
Automation GradeAutomatic
Plastic ProcessedExtruder
MaintenanceNo Maintenance
Country of OriginMade in India

Introduction of Extrusion Monolayer Blown Film Machine:-

Extrusion Monolayer Blown Film Machineis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Extrusion Monolayer Blown Film Machine

 

The Film Blowing Process of Extrusion Monolayer Blown Film Machine:-

Typically, Extrusion Monolayer Blown Film Machine is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Extrusion Monolayer Blown Film Machine

Extrusion Monolayer Blown Film Machinegenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Extrusion Monolayer Blown Film Machinecan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Extrusion Monolayer Blown Film Machine

 


Additional Information:
  • Production Capacity: 28 - 280 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Save time! Get the Best Deal

*Your information is safe with us.

Request CallBack
Extrusion Monolayer Blown Film Line
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Extrusion Monolayer Blown Film Line

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
BrandOcean International
TypeFace Mask Making Machine
Automation GradeAutomatic
ColorBlue,White,Gray
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Country of OriginMade in India

Introduction of Extrusion Monolayer Blown Film Line:-

Extrusion Monolayer Blown Film Lineis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Extrusion Monolayer Blown Film Line

 

The Film Blowing Process of Extrusion Monolayer Blown Film Line:-

Typically, Extrusion Monolayer Blown Film Line is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Extrusion Monolayer Blown Film Line

Extrusion Monolayer Blown Film Linegenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Extrusion Monolayer Blown Film Linecan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Extrusion Monolayer Blown Film Line

 


Additional Information:
  • Production Capacity: 28 - 280 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
High Production Monolayer Blown Film Machine
Ask For Price

High Production Monolayer Blown Film Machine

Product Price : Get Latest Price
Product Details:
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of High Production Monolayer Blown Film Machine:-

High Production Monolayer Blown Film Machineis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

High Production Monolayer Blown Film Machine

 

The Film Blowing Process of High Production Monolayer Blown Film Machine:-

Typically, High Production Monolayer Blown Film Machine is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of High Production Monolayer Blown Film Machine

High Production Monolayer Blown Film Machinegenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

High Production Monolayer Blown Film Machinecan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

High Production Monolayer Blown Film Machine

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
High Production Monolayer Blown Film Plant
Get Best Quote

High Production Monolayer Blown Film Plant

Approx. Price: Rs 17.51 Lakh / unitGet Latest Price
Product Details:
Minimum Order Quantity1 unit
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of High Production Monolayer Blown Film Plant:-

High Production Monolayer Blown Film Plantis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

High Production Monolayer Blown Film Plant

 

The Film Blowing Process of High Production Monolayer Blown Film Plant:-

Typically, High Production Monolayer Blown Film Plant is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of High Production Monolayer Blown Film Plant

High Production Monolayer Blown Film Plantgenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

High Production Monolayer Blown Film Plantcan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

High Production Monolayer Blown Film Plant

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Save time! Get the Best Deal

*Your information is safe with us.

Request CallBack
High Production Monolayer Blown Film Line
Get Best Quote

High Production Monolayer Blown Film Line

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of High Production Monolayer Blown Film Line:-

High Production Monolayer Blown Film Lineis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

High Production Monolayer Blown Film Line

 

The Film Blowing Process of High Production Monolayer Blown Film Line:-

Typically, High Production Monolayer Blown Film Line is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of High Production Monolayer Blown Film Line

High Production Monolayer Blown Film Linegenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

High Production Monolayer Blown Film Linecan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

High Production Monolayer Blown Film Line

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
High Production Monolayer Blown Film Machinery
Get Best Quote

High Production Monolayer Blown Film Machinery

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of High Production Monolayer Blown Film Machinery:-

High Production Monolayer Blown Film Machineryis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

High Production Monolayer Blown Film Machinery

 

The Film Blowing Process of High Production Monolayer Blown Film Machinery:-

Typically, High Production Monolayer Blown Film Machinery is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of High Production Monolayer Blown Film Machinery

High Production Monolayer Blown Film Machinerygenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

High Production Monolayer Blown Film Machinerycan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

High Production Monolayer Blown Film Machinery

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
In India Monolayer Blown Film Machine
Get Best Quote

In India Monolayer Blown Film Machine

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of In India Monolayer Blown Film Machine:-

In India Monolayer Blown Film Machineis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

In India Monolayer Blown Film Machine

 

The Film Blowing Process of In India Monolayer Blown Film Machine:-

Typically, In India Monolayer Blown Film Machine is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of In India Monolayer Blown Film Machine

In India Monolayer Blown Film Machinegenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

In India Monolayer Blown Film Machinecan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

In India Monolayer Blown Film Machine

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
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*Your information is safe with us.

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In India Monolayer Blown Film Plant
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In India Monolayer Blown Film Plant

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of In India Monolayer Blown Film Plant:-

In India Monolayer Blown Film Plantis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

In India Monolayer Blown Film Plant

 

The Film Blowing Process of In India Monolayer Blown Film Plant:-

Typically, In India Monolayer Blown Film Plant is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of In India Monolayer Blown Film Plant

In India Monolayer Blown Film Plantgenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

In India Monolayer Blown Film Plantcan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

In India Monolayer Blown Film Plant

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
In India Monolayer Blown Film Line
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In India Monolayer Blown Film Line

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of In India Monolayer Blown Film Line:-

In India Monolayer Blown Film Lineis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

In India Monolayer Blown Film Line

 

The Film Blowing Process of In India Monolayer Blown Film Line:-

Typically, In India Monolayer Blown Film Line is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of In India Monolayer Blown Film Line

In India Monolayer Blown Film Linegenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

In India Monolayer Blown Film Linecan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

In India Monolayer Blown Film Line

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
Blown Film Extrusion Machine
Ask For Price

Blown Film Extrusion Machine

Product Price : Get Latest Price
Product Details:
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Blown Film Extrusion Machine:-

Blown Film Extrusion Machineis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Blown Film Extrusion Machine

 

The Film Blowing Process of Blown Film Extrusion Machine:-

Typically, Blown Film Extrusion Machine is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Blown Film Extrusion Machine

Blown Film Extrusion Machinegenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Blown Film Extrusion Machinecan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Blown Film Extrusion Machine

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Save time! Get the Best Deal

*Your information is safe with us.

Request CallBack
Blown Film Extrusion Plant
Get Best Quote

Blown Film Extrusion Plant

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Blown Film Extrusion Plant:-

Blown Film Extrusion Plantis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Blown Film Extrusion Plant

 

The Film Blowing Process of Blown Film Extrusion Plant:-

Typically, Blown Film Extrusion Plant is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Blown Film Extrusion Plant

Blown Film Extrusion Plantgenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Blown Film Extrusion Plantcan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Blown Film Extrusion Plant

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
Blown Film Extrusion Line
Get Best Quote

Blown Film Extrusion Line

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Blown Film Extrusion Line:-

Blown Film Extrusion Lineis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Blown Film Extrusion Line

 

The Film Blowing Process of Blown Film Extrusion Line:-

Typically, Blown Film Extrusion Line is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Blown Film Extrusion Line

Blown Film Extrusion Linegenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Blown Film Extrusion Linecan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Blown Film Extrusion Line

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
Blown Film Extrusion Machinery
Ask For Price

Blown Film Extrusion Machinery

Product Price : Get Latest Price
Product Details:
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Blown Film Extrusion Machinery:-

Blown Film Extrusion Machineryis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Blown Film Extrusion Machinery

 

The Film Blowing Process of Blown Film Extrusion Machinery:-

Typically, Blown Film Extrusion Machinery is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Blown Film Extrusion Machinery

Blown Film Extrusion Machinerygenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Blown Film Extrusion Machinerycan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Blown Film Extrusion Machinery

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Save time! Get the Best Deal

*Your information is safe with us.

Request CallBack
Blown Film Extrusion Machinery In India
Get Best Quote

Blown Film Extrusion Machinery In India

Approx. Price: Rs 17.51 Lakh / pieceGet Latest Price
Product Details:
Minimum Order Quantity1 piece
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Blown Film Extrusion Machinery In India:-

Blown Film Extrusion Machinery In Indiais a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Blown Film Extrusion Machinery In India

 

The Film Blowing Process of Blown Film Extrusion Machinery In India:-

Typically, Blown Film Extrusion Machinery In India is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Blown Film Extrusion Machinery In India

Blown Film Extrusion Machinery In Indiagenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Blown Film Extrusion Machinery In Indiacan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Blown Film Extrusion Machinery In India

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
Monolayer Extrusion Film Making Machine
Get Best Quote

Monolayer Extrusion Film Making Machine

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Monolayer Extrusion Film Making Machine:-

Monolayer Extrusion Film Making Machineis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Monolayer Extrusion Film Making Machine

 

The Film Blowing Process of Monolayer Extrusion Film Making Machine:-

Typically, Monolayer Extrusion Film Making Machine is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Monolayer Extrusion Film Making Machine

Monolayer Extrusion Film Making Machinegenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Monolayer Extrusion Film Making Machinecan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Monolayer Extrusion Film Making Machine

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
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Automatic Monolayer Blown Film Line
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Automatic Monolayer Blown Film Line

Product Price : Get Latest Price
Product Details:
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Automatic Monolayer Blown Film Line:-

Automatic Monolayer Blown Film Lineis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Automatic Monolayer Blown Film Line

 

The Film Blowing Process of Automatic Monolayer Blown Film Line:-

Typically, Automatic Monolayer Blown Film Line is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Automatic Monolayer Blown Film Line

Automatic Monolayer Blown Film Linegenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Automatic Monolayer Blown Film Linecan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Automatic Monolayer Blown Film Line

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
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Monolayer Extrusion Film Machine
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Monolayer Extrusion Film Machine

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Monolayer Extrusion Film Machine:-

Monolayer Extrusion Film Machineis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Monolayer Extrusion Film Machine

 

The Film Blowing Process of Monolayer Extrusion Film Machine:-

Typically, Monolayer Extrusion Film Machine is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Monolayer Extrusion Film Machine

Monolayer Extrusion Film Machinegenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Monolayer Extrusion Film Machinecan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Monolayer Extrusion Film Machine

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
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Fully Auto Monolayer Blown Film Machine
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Fully Auto Monolayer Blown Film Machine

Approx. Price: Rs 17.51 Lakh / pieceGet Latest Price
Product Details:
Minimum Order Quantity1 piece
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Fully Auto Monolayer Blown Film Machine:-

Fully Auto Monolayer Blown Film Machineis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Fully Auto Monolayer Blown Film Machine

 

The Film Blowing Process of Fully Auto Monolayer Blown Film Machine:-

Typically, Fully Auto Monolayer Blown Film Machine is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Fully Auto Monolayer Blown Film Machine

Fully Auto Monolayer Blown Film Machinegenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Fully Auto Monolayer Blown Film Machinecan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Fully Auto Monolayer Blown Film Machine

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
Fully Auto Monolayer Blown Film Machinery
Ask For Price

Fully Auto Monolayer Blown Film Machinery

Product Price : Get Latest Price
Product Details:
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Fully Auto Monolayer Blown Film Machinery:-

Fully Auto Monolayer Blown Film Machineryis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Fully Auto Monolayer Blown Film Machinery

 

The Film Blowing Process of Fully Auto Monolayer Blown Film Machinery:-

Typically, Fully Auto Monolayer Blown Film Machinery is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Fully Auto Monolayer Blown Film Machinery

Fully Auto Monolayer Blown Film Machinerygenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Fully Auto Monolayer Blown Film Machinerycan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Fully Auto Monolayer Blown Film Machinery

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Save time! Get the Best Deal

*Your information is safe with us.

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Monolayer Blown Film Machine Unit
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Monolayer Blown Film Machine Unit

Product Price : Get Latest Price
Product Details:
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Monolayer Blown Film Machine Unit:-

Monolayer Blown Film Machine Unitis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Monolayer Blown Film Machine Unit

 

The Film Blowing Process of Monolayer Blown Film Machine Unit:-

Typically, Monolayer Blown Film Machine Unit is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Monolayer Blown Film Machine Unit

Monolayer Blown Film Machine Unitgenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Monolayer Blown Film Machine Unitcan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Monolayer Blown Film Machine Unit

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
High Speed Monolayer Blown Film Line
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High Speed Monolayer Blown Film Line

Product Price : Get Latest Price
Product Details:
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
Machine TypeAutomatic
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of High Speed Monolayer Blown Film Line:-

High Speed Monolayer Blown Film Lineis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

High Speed Monolayer Blown Film Line

 

The Film Blowing Process of High Speed Monolayer Blown Film Line:-

Typically, High Speed Monolayer Blown Film Line is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of High Speed Monolayer Blown Film Line

High Speed Monolayer Blown Film Linegenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

High Speed Monolayer Blown Film Linecan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

High Speed Monolayer Blown Film Line

 


Additional Information:
  • Production Capacity: 25 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
Blown Film Extrusion Machine In India
Get Best Quote

Blown Film Extrusion Machine In India

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Blown Film Extrusion Machine In India:-

Blown Film Extrusion Machine In Indiais a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Blown Film Extrusion Machine In India

 

The Film Blowing Process of Blown Film Extrusion Machine In India:-

Typically, Blown Film Extrusion Machine In India is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Blown Film Extrusion Machine In India

Blown Film Extrusion Machine In Indiagenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Blown Film Extrusion Machine In Indiacan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Blown Film Extrusion Machine In India

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Save time! Get the Best Deal

*Your information is safe with us.

Request CallBack
In Ahmedabad Monolayer Blown Film Machine
Get Best Quote

In Ahmedabad Monolayer Blown Film Machine

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of In Ahmedabad Monolayer Blown Film Machine:-

In Ahmedabad Monolayer Blown Film Machineis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

In Ahmedabad Monolayer Blown Film Machine

 

The Film Blowing Process of In Ahmedabad Monolayer Blown Film Machine:-

Typically, In Ahmedabad Monolayer Blown Film Machine is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of In Ahmedabad Monolayer Blown Film Machine

In Ahmedabad Monolayer Blown Film Machinegenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

In Ahmedabad Monolayer Blown Film Machinecan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

In Ahmedabad Monolayer Blown Film Machine

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
Automatic Monolayer Blown Film Machine
Get Best Quote

Automatic Monolayer Blown Film Machine

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Automatic Monolayer Blown Film Machine:-

Automatic Monolayer Blown Film Machineis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Automatic Monolayer Blown Film Machine

 

The Film Blowing Process of Automatic Monolayer Blown Film Machine:-

Typically, Automatic Monolayer Blown Film Machine is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Automatic Monolayer Blown Film Machine

Automatic Monolayer Blown Film Machinegenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Automatic Monolayer Blown Film Machinecan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Automatic Monolayer Blown Film Machine

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
Automatic Monolayer Blown Film Machinery
Get Best Quote

Automatic Monolayer Blown Film Machinery

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Automatic Monolayer Blown Film Machinery:-

Automatic Monolayer Blown Film Machineryis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Automatic Monolayer Blown Film Machinery

 

The Film Blowing Process of Automatic Monolayer Blown Film Machinery:-

Typically, Automatic Monolayer Blown Film Machinery is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Automatic Monolayer Blown Film Machinery

Automatic Monolayer Blown Film Machinerygenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Automatic Monolayer Blown Film Machinerycan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Automatic Monolayer Blown Film Machinery

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Save time! Get the Best Deal

*Your information is safe with us.

Request CallBack
Automatic Monolayer Blown Film Plant
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Automatic Monolayer Blown Film Plant

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Automatic Monolayer Blown Film Plant:-

Automatic Monolayer Blown Film Plantis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Automatic Monolayer Blown Film Plant

 

The Film Blowing Process of Automatic Monolayer Blown Film Plant:-

Typically, Automatic Monolayer Blown Film Plant is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Automatic Monolayer Blown Film Plant

Automatic Monolayer Blown Film Plantgenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Automatic Monolayer Blown Film Plantcan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Automatic Monolayer Blown Film Plant

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
Monolayer Extrusion Film Machinery In Ahmedabad
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Monolayer Extrusion Film Machinery In Ahmedabad

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Monolayer Extrusion Film Machinery In Ahmedabad:-

Monolayer Extrusion Film Machinery In Ahmedabadis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Monolayer Extrusion Film Machinery In Ahmedabad

 

The Film Blowing Process of Monolayer Extrusion Film Machinery In Ahmedabad:-

Typically, Monolayer Extrusion Film Machinery In Ahmedabad is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Monolayer Extrusion Film Machinery In Ahmedabad

Monolayer Extrusion Film Machinery In Ahmedabadgenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Monolayer Extrusion Film Machinery In Ahmedabadcan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Monolayer Extrusion Film Machinery In Ahmedabad

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
Monolayer Blown Film Line
Get Best Quote

Monolayer Blown Film Line

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Monolayer Blown Film Line:-

Monolayer Blown Film Lineis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Monolayer Blown Film Line

 

The Film Blowing Process of Monolayer Blown Film Line:-

Typically, Monolayer Blown Film Line is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Monolayer Blown Film Line

Monolayer Blown Film Linegenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Monolayer Blown Film Linecan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Monolayer Blown Film Line

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Save time! Get the Best Deal

*Your information is safe with us.

Request CallBack
Monolayer Extrusion Film Making Line
Get Best Quote

Monolayer Extrusion Film Making Line

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Monolayer Extrusion Film Making Line:-

Monolayer Extrusion Film Making Lineis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Monolayer Extrusion Film Making Line

 

The Film Blowing Process of Monolayer Extrusion Film Making Line:-

Typically, Monolayer Extrusion Film Making Line is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Monolayer Extrusion Film Making Line

Monolayer Extrusion Film Making Linegenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Monolayer Extrusion Film Making Linecan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Monolayer Extrusion Film Making Line

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
Monolayer Blown Film Machinery Unit
Get Best Quote

Monolayer Blown Film Machinery Unit

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Monolayer Blown Film Machinery Unit:-

Monolayer Blown Film Machinery Unitis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Monolayer Blown Film Machinery Unit

 

The Film Blowing Process of Monolayer Blown Film Machinery Unit:-

Typically, Monolayer Blown Film Machinery Unit is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Monolayer Blown Film Machinery Unit

Monolayer Blown Film Machinery Unitgenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Monolayer Blown Film Machinery Unitcan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Monolayer Blown Film Machinery Unit

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
Monolayer Extrusion Film Making Plant
Get Best Quote

Monolayer Extrusion Film Making Plant

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Monolayer Extrusion Film Making Plant:-

Monolayer Extrusion Film Making Plantis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Monolayer Extrusion Film Making Plant

 

The Film Blowing Process of Monolayer Extrusion Film Making Plant:-

Typically, Monolayer Extrusion Film Making Plant is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Monolayer Extrusion Film Making Plant

Monolayer Extrusion Film Making Plantgenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Monolayer Extrusion Film Making Plantcan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Monolayer Extrusion Film Making Plant

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Save time! Get the Best Deal

*Your information is safe with us.

Request CallBack
Monolayer Blown Film Plant Unit
Get Best Quote

Monolayer Blown Film Plant Unit

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Monolayer Blown Film Plant Unit:-

Monolayer Blown Film Plant Unitis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Monolayer Blown Film Plant Unit

 

The Film Blowing Process of Monolayer Blown Film Plant Unit:-

Typically, Monolayer Blown Film Plant Unit is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Monolayer Blown Film Plant Unit

Monolayer Blown Film Plant Unitgenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Monolayer Blown Film Plant Unitcan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Monolayer Blown Film Plant Unit

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
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Monolayer Extrusion Film Line In Ahmedabad
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Monolayer Extrusion Film Line In Ahmedabad

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Monolayer Extrusion Film Line In Ahmedabad:-

Monolayer Extrusion Film Line In Ahmedabadis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Monolayer Extrusion Film Line In Ahmedabad

 

The Film Blowing Process of Monolayer Extrusion Film Line In Ahmedabad:-

Typically, Monolayer Extrusion Film Line In Ahmedabad is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Monolayer Extrusion Film Line In Ahmedabad

Monolayer Extrusion Film Line In Ahmedabadgenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Monolayer Extrusion Film Line In Ahmedabadcan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Monolayer Extrusion Film Line In Ahmedabad

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
Monolayer Extrusion Film Plant In Ahmedabad
Get Best Quote

Monolayer Extrusion Film Plant In Ahmedabad

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Monolayer Extrusion Film Plant In Ahmedabad:-

Monolayer Extrusion Film Plant In Ahmedabadis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Monolayer Extrusion Film Plant In Ahmedabad

 

The Film Blowing Process of Monolayer Extrusion Film Plant In Ahmedabad:-

Typically, Monolayer Extrusion Film Plant In Ahmedabad is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Monolayer Extrusion Film Plant In Ahmedabad

Monolayer Extrusion Film Plant In Ahmedabadgenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Monolayer Extrusion Film Plant In Ahmedabadcan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Monolayer Extrusion Film Plant In Ahmedabad

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Save time! Get the Best Deal

*Your information is safe with us.

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Monolayer Blown Film Machinery
Get Best Quote

Monolayer Blown Film Machinery

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Monolayer Blown Film Machinery:-

Monolayer Blown Film Machineryis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Monolayer Blown Film Machinery

 

The Film Blowing Process of Monolayer Blown Film Machinery:-

Typically, Monolayer Blown Film Machinery is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Monolayer Blown Film Machinery

Monolayer Blown Film Machinerygenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Monolayer Blown Film Machinerycan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Monolayer Blown Film Machinery

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
Monolayer Blown Film Line Unit
Get Best Quote

Monolayer Blown Film Line Unit

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
MaterialLD, PP, HM, Biodegradable
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Monolayer Blown Film Line Unit:-

Monolayer Blown Film Line Unitis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Monolayer Blown Film Line Unit

 

The Film Blowing Process of Monolayer Blown Film Line Unit:-

Typically, Monolayer Blown Film Line Unit is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Monolayer Blown Film Line Unit

Monolayer Blown Film Line Unitgenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Monolayer Blown Film Line Unitcan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Monolayer Blown Film Line Unit

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Request CallBack
Monolayer Blown Film Plant
Get Best Quote

Monolayer Blown Film Plant

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Monolayer Blown Film Plant:-

Monolayer Blown Film Plantis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Monolayer Blown Film Plant

 

The Film Blowing Process of Monolayer Blown Film Plant:-

Typically, Monolayer Blown Film Plant is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Monolayer Blown Film Plant

Monolayer Blown Film Plantgenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Monolayer Blown Film Plantcan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Monolayer Blown Film Plant

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
Save time! Get the Best Deal

*Your information is safe with us.

Request CallBack
Blown Film Extrusion Line
Get Best Quote

Blown Film Extrusion Line

Approx. Price: Rs 17.51 Lakh / UnitGet Latest Price
Product Details:
Minimum Order Quantity1 Unit
Capacity55 - 125 ( kg/hr )
Power Consumption48 - 75 ( kw )
BrandOcean International
Output55 - 125 ( kg/hr )
Operation ModeAutomatic
Voltage48 - 75 ( kw )
ColorBlue, White, Gray
Power SourceElectric
Overall Dimension5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Size5 X 5 X 5 to 22 X 8 X 12 ( L X W X H )
Thickness10 - 100 ( micron )
Driven TypeAutomatic
I Deal InNew Only
Country of OriginMade in India

Introduction of Blown Film Extrusion Line:-

Blown Film Extrusion Lineis a technology that is the most common method to make plastic films, especially for the packaging industry. The process involves extruding a tube of molten polumer through a die and inflating to several times its initial diameter to form a thin film bubble. This bubble is then collapsed and used as a lay-flat film or can be made into bags. Usually polyethylene is used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.

Blown Film Extrusion Line

 

The Film Blowing Process of Blown Film Extrusion Line:-

Typically, Blown Film Extrusion Line is carried out vertically upwards, however horizontal and downward extrusion processes are now becoming more common .

This procedure consists of four main steps:

  •  The polymer material starts in a pellet form, which are successively compacted and melted to form a continuous, viscous liquid . This molten plastic is then forced, or extruded , through an annular die.
  •  Air is injected through a hole in the center of the die , and the pressure causes the extruded melt to expand into a bubble. The air entering the bubble replaces air leaving it, so that even and constant pressure is maintained to ensure uniform thickness of the film.
  •  The bubble is pulled continually upwards from the die and a cooling ring blows air onto the film. The film can also be cooled from the inside using internal bubble cooling. This reduces the temperature inside the bubble, while maintaining the bubble diameter .
  •  After solidification t the frost line, the film moves into a set of nip rollers which collapse the bubble and flatten it into two flat film layers. The puller rolls pull the film onto windup rollers. The film passes through idler rolls during this process to ensure that there is uniform tension in the film. Between the nip rollers and the windup rollers, the film may pass through a treatment centre, depending on the application. During this stage, the film may be slit to form one or two films, or surface treated.

 

Advantages of Blown Film Extrusion Line

Blown Film Extrusion Linegenerally has a better balance of mechanical properties than cast or extruded films because it is drawn in both the transverse and machine directions. Mechanical properties of the thin film include tensile and flexural strength, and toughness. The nearly uniform properties in both directions allow for maximum toughness in the film .

Blown Film Extrusion Linecan be used to make one large film, two smaller ones, or tubes that can be made into bags. Also, one die can make many different widths and sizes without significant trimming. This high level of flexibility in the process leads to less scrap material and higher productivity. Blown films also require lower melting temperatures than cast extrusion. Measured at the die opening, the temperature of cast film is about 220°C., where as the temperature of blown film is about 135°C. Furthermore, the cost of the equipment is approximately 50% of a line.

 

Blown Film Extrusion Line

 


Additional Information:
  • Production Capacity: 50 - 150 ( kg/hr )
  • Delivery Time: 90 Working Days
Yes! I am interested
X