Ocean International
Odhav, Ahmedabad, Gujarat
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Introduction
Blown film extrusion is a technology that is the most common method to make plasticfilms, especially for the packaging industry. The process involves extruding a tube of molten polumerthrough 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 polyethyleneis used with this process, and other materials can be used as blends with these polymers. A diagram of a blowing film process.
Advantages
Blown film generally 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 can 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.
Applications
Consumer food wrap from plastic wraparticle.
Agriculturalfilm
Bags
Industry packaging, shrink film , stretch film
Consumer packaging, food wrap, transport packaging ( Figure)
Laminatingfilm
Barrier film
Multilayer film
Research has been done to explore the incorporation of blown film extrusion into the large-scale manufacturing of carbon nanotube andnanowire films.
| Minimum Order Quantity | 1 Unit |
| Brand | Ocean International |
| Material to be Extruded | Plastic |
| Capacity | 28 - 280 ( kg/hr ) |
| Machine Type | Automatic |
| Production Capacity | 28 - 280 ( KG/HR ) |
| Dimensions | 5 X 5 X 5 to 22 X 8 X 12 ( L X W X H ) |
| Power Source | Electric |
| Material | LD,HM,BIODEGRADABLE |
| Automation Grade | Automatic |
| Automatic Grade | Automatic |
| Maintenance | No Maintenance |
| Output | 300-350 kg/hr |
| Lay Flat Width Range | 300 - 600 to 1600 - 2500 ( mm ) |
| Machine Power | 145 kw |
| Body Material | ms |
| Phase | 3 |
| Voltage | 145 kw |
| Color | Blue/ White |
| Line Speed | 80 mpm |
| Thickness | 100 ( Micron ) |
| Weight | 3 Ton |
| Warranty | 1 Year |
| Size | 5 X 5 X 5 to 22 X 8 X 12 ( L X W X H ) |
| Film Thickness | 100 ( Micron ) |
| Screw Diameter | 45 ( mm ) |
| Installation Services | Yes |
| Lay Flat Width | 300 - 600 to 1600 - 2500 ( MM ) |
| I deal in | New Only |
| Plastic Processed | EXTRUDER |
| Power Consumption | 146 - 194 ( kw ) |
Introduction of Blown Film Plant Exporter :-
Blown Film Plant Exporter is 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.
The Film Blown Film Plant Exporter
Typically, Blown Film Plant Exporter 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 Plant Exporter :-
Blown Film Plant Exporter generally 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 Plant Exporter extrusion can 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 Plant Exporter
| Minimum Order Quantity | 1 Unit |
| Capacity | 145 ( kg/hr ) |
| Brand | Ocean International |
| Power Consumption | 145 ( kw ) |
| Material | PP |
| Production Capacity | 28 - 280 ( KG/HR ) |
| Machine Type | Automatic |
| Output | 28 - 280 ( kg/hr ) |
| Operation Mode | Automatic |
| Phase | 3 |
| Voltage | 146 - 194 ( kw ) |
| Power Source | Electric |
| Color | Blue / White |
| Machine Power | 146 - 194 ( kw ) |
| Weight | 3 Ton |
| Size | 5 X 5 X 5 to 22 X 8 X 12 ( L X W X H ) |
| Thickness | 100 ( Micron ) |
| I deal in | New Only |
Introduction of Blown Film Making Plant :-
Blown Film Making Plant is 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.
The Film Blown Film Making Plant
Typically, blown film extrusion 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 Making Plant :-
Blown film generally 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 can 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 Making Plant
| Minimum Order Quantity | 1 Unit |
| Material to be Extruded | Plastic |
| Material | LD, HM, BIODEGRADABLE |
| Brand | Ocean International |
| Power Consumption | 20 - 40 ( kw ) |
| Dimensions | 5 X 5 X 5 to 22 X 8 X 12 ( L X W X H ) |
| Capacity | 28 - 280 ( kg/hr ) |
| Production Capacity | 28 - 280 ( kg/hr ) |
| Driven Type | Electrical |
| Lay Flat Width | 300 - 600 to 1600 - 2500 ( mm ) |
| Color | BLUE / WHITE |
| Power Source | Electric |
| Automation Grade | Automatic |
| Plastic Processed | EXTRUDER |
| Voltage | 146 - 194 ( kw ) |
| Maintenance | No Maintenance |
| Lay Flat Width Range | 300 - 600 to 1600 - 2500 ( mm ) |
| Machine Power | 146 - 194 ( kw ) |
| Body Material | MS |
| Total Connected Load Hp Approx | 25 - 91 ( kw ) |
| Film Thickness | 100 ( Micron ) |
| Screw Diameter | 45 ( mm ) |
| Size | 5 X 5 X 5 to 22 X 8 X 12 ( L X W X H ) |
| I deal in | New Only |
Introduction of Blown Film Plant Cost :-
Blown Film Plant Cost is 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.
The Film Blowing Process
Typically, Blown Film Plant Cost 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 Plant Cost :-
Blown Film Plant Cost generally 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 Plant Cost can 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.
Applications of Blown Film Plant Cost :-
Consumer food wrap from plastic wrap article.
Agricultural film
Bags
Industry packaging, shrink film , stretch film
Consumer packaging, food wrap, transport packaging ( Figure )
Laminating film
Barrier film
Research has been done to explore the incorporation of blown film extrusion into the large-scale manufacturing of carbon nanotube and nanowire films.
*Your information is safe with us.
| Minimum Order Quantity | 1 Unit |
| Brand | Ocean Extrusions Pvt Ltd |
| Capacity | 28 - 280 ( kg/hr ) |
| Production Capacity | 28 - 280 ( kg/hr ) |
| Power Consumption | 75 KW |
| Machine Type | Automatic |
| Color | BLUE / WHITE |
Introduction of Biodegradable Blown Film Plant :-
Biodegradable Blown Film Plant is 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.
The Film Biodegradable Blown Film Plant
Typically, blown film extrusion 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 Biodegradable Blown Film Plant :-
Biodegradable Blown Film Plant generally 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.
Biodegradable Blown Film Plant can 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.
Applications of Biodegradable Blown Film Plant :-
Consumer food wrap from plastic wrap article.
Agricultural film
Bags
Industry packaging, shrink film , stretch film
Consumer packaging, food wrap, transport packaging ( Figure )
Laminating film
Barrier film
Multilayer film
Research has been done to explore the incorporation of blown film extrusion into the large-scale manufacturing of carbon nanotube and nanowire films.
| Minimum Order Quantity | 1 Unit |
| Brand | OCEAN INTERNATIONAL |
| Production Capacity | 28 - 280 ( kg/hr ) |
| Power Consumption | 146 - 194 ( kw ) |
| Dimensions | 5 X 5 X 5 to 22 X 8 X 12 ( L X W X H ) |
| Capacity | 28 - 280 ( kg/hr ) |
| Driven Type | Electrical |
| Lay Flat Width | 300 - 600 to 1600 - 2500 ( mm ) |
| Color | BLUE / WHITE |
| Voltage | 146 - 194 ( kw ) |
| Model | oiMOno2 |
| Plastic Processed | Extruder |
| Maintenance | No Maintenance |
| Range Of Thickness Of Wall Ceiling Panels | 100 ( Micro ) |
Blown Film Plant in Ahmedabad-
Blown Film Plant in Ahmedabad 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. Blown Film Plant in Ahmedabad 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.
Blown Film Plant in Ahmedabad
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.
Blown Film Plant in Ahmedabad & MultiLayer Cast Film Extrusion Lines Blown Film Extrusion Line LLDPE Mono-Layer Blown Film Extrusion Mono & MultiLayer Cast Film Extrusion Lines Blown Film Extrusion Line Monolayer Blown Film Plant, Monolayer Extrusion Machine HDPE box strapping line, PET box strapping line and plastic reprocessing plant. Ocean extrusions is a well known trusted name for providing customized solutions of plastic extrusion machinery. ABA Multi layer Blown Film Machine Layer Film Line
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| Minimum Order Quantity | 1 Unit |
| Material to be Extruded | Plastic |
| Capacity | 28 - 280 ( kg/hr ) |
| Dimensions | 5 X 5 X 5 to 22 X 8 X 12 ( L X W X H ) |
| Production Capacity | 28 - 280 ( kg/hr ) |
| Automatic Grade | Automatic |
| Voltage | 146 - 194 ( kw ) |
| Maintenance | No Maintenance |
| Output | 28 - 280 ( kg/hr ) |
| Machine Power | 146 - 194 ( kw ) |
| Body Material | MS |
| Phase | 3 |
| Color | BLUE / WHITE |
| Line Speed | 80 mpm |
| Thickness | 100 ( Micron ) |
| Weight | 3 Ton |
| Warranty | 1 Year |
| Size | 5 X 5 X 5 to 22 X 8 X 12 ( L X W X H ) |
| Installation Services | Yeas |
| Lay Flat Width | 300 - 600 to 1600 - 2500 ( MM ) |
| I deal in | New Only |
| Brand | OCEAN INTERNATIONAL |
| Plastic Processed | EXTRUDER |
| Power Consumption | 146 - 194 ( kw ) |
Introduction of Blown Film Plant Unit :-
Blown Film Plant Unit is 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.
The Film Blown Film Plant Unit
Typically, 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 Blown Film Plant Unit :-
Blown Film Plant Unit generally 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 Plant Unit can 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 Plant Unit
*Your information is safe with us.
| Minimum Order Quantity | 1 Unit |
| Type | Automatic |
| Material to be Extruded | Plastic |
| Capacity | 28 - 280 ( kg/hr ) |
| Dimensions | 5 X 5 X 5 to 22 X 8 X 12 ( L X W X H ) |
| Production Capacity | 28 - 280 ( kg/hr ) |
| Automatic Grade | Automatic |
| Voltage | 146 - 194 ( kw ) |
| Maintenance | N' |
| Output | 28 - 280 ( kg/hr ) |
| Machine Power | 146 - 194 ( kw ) |
| Body Material | MS |
| Phase | 3 |
| Color | BLUE / WHITE |
| Thickness | 100 ( Micron ) |
| Weight | 3 Ton |
| Warranty | 1 Year |
| Size | 5 X 5 X 5 to 22 X 8 X 12 ( L X W X H ) |
| Lay Flat Width | 300 - 600 to 1600 - 2500 ( mm ) |
| I deal in | New Only |
| Brand | OCEAN INTERNATIONAL |
| Plastic Processed | EXTRUDER |
| Power Consumption | 75 ( kw ) |
Biodegradable Film Making Plant
Biodegradable Film Making Plant 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. Mono layer blown film plant 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 Biodegradable Film Making Plant 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.
Biodegradable Film Making Plant & MultiLayer Cast Film Extrusion Lines Blown Film Extrusion Line LLDPE Mono-Layer Blown Film Extrusion Mono & MultiLayer Cast Film Extrusion Lines Blown Film Extrusion Line Monolayer Blown Film Plant, Monolayer Extrusion Machine HDPE box strapping line, PET box strapping line and plastic reprocessing plant. Ocean extrusions is a well known trusted name for providing customized solutions of plastic extrusion machinery. ABA Multi layer Blown Film Machine Layer Film Line
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Biodegradable Film Making Plant
| Minimum Order Quantity | 1 Unit |
| Material to be Extruded | Plastic |
| Capacity | 28 - 280 ( kg/hr ) |
| Dimensions | 5 X 5 X 5 to 22 X 8 X 12 ( L X W X H ) |
| Production Capacity | 28 - 280 ( kg/hr ) |
| Automatic Grade | Automatic |
| Voltage | 146 - 194 ( kw ) |
| Maintenance | No Maintenance |
| Output | 28 - 280 |
| Machine Power | 146 - 194 ( kw ) |
| Body Material | MS |
| Phase | 3 |
| Color | BLUE / WHITE |
| Thickness | 100 ( Micron ) |
| Weight | 3 Ton |
| Warranty | 1 Year |
| Size | 5 X 5 X 5 to 22 X 8 X 12 ( L X W X H ) |
| Installation Services | Yes |
| Lay Flat Width | 300 - 600 to 1600 - 2500 ( MM ) |
| I deal in | New Only |
| Brand | Ocean International |
| Plastic Processed | EXTRUDER |
| Power Consumption | 75 ( kw ) |
Singal Layer Blown Film Plant
Singal Layer Blown Film Plant 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. Mono layer blown film plant 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 Singal Layer Blown Film Plant 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.
Blown Film Extrusion Mono & MultiLayer Cast Film Extrusion Lines Blown Film Extrusion Line LLDPE Mono-Layer Blown Film Extrusion Mono & MultiLayer Cast Film Extrusion Lines Blown Film Extrusion Line Monolayer Blown Film Plant, Monolayer Extrusion Machine HDPE box strapping line, PET box strapping line and plastic reprocessing plant. Ocean extrusions is a well known trusted name for providing customized solutions of plastic extrusion machinery. ABA Multi layer Blown Film Machine Layer Film Line
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| Minimum Order Quantity | 1 Unit |
| Material to be Extruded | Plastic |
| Capacity | 28 - 280 ( kg/hr ) |
| Dimensions | 5 X 5 X 5 to 22 X 8 X 12 ( L X W X H ) |
| Production Capacity | 28 - 280 ( kg/hr ) |
| Automatic Grade | Automatic |
| Voltage | LD,HM,BIODEGRADABLE |
| Maintenance | No Maintenance |
| Output | 28 - 280 ( kg/hr ) |
| Machine Power | 146 - 194 ( kw ) |
| Body Material | MS |
| Phase | 3 |
| Color | BLUE / WHITE |
| Thickness | 100 ( Micron ) |
| Weight | 3 Ton |
| Warranty | 1 Year |
| Size | 5 X 5 X 5 to 22 X 8 X 12 ( L X W X H ) |
| Installation Services | Yes |
| Lay Flat Width | 300 - 600 to 1600 - 2500 ( mm ) |
| I deal in | New Only |
| Brand | OCEAN INTERNATIONAL |
| Plastic Processed | EXTRUDER |
| Power Consumption | 75 ( kw ) |
Monolayer Blown Film Plant
Monolayer Blown Film Plant 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 Plant 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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| Minimum Order Quantity | 1 Unit |
| Capacity | 28 - 280 ( kg/hr ) |
| Brand | Ocean International |
| Production Capacity | 28 - 280 ( kg/hr ) |
| Power Consumption | 146 - 194 ( kw ) |
| Dimensions | 5 X 5 X 5 to 22 X 8 X 12 ( L X W X H ) |
| Machine Type | Automatic |
| Driven Type | Electrical |
| Lay Flat Width | 300 - 600 to 1600 - 2500 |
| Color | Blue / White |
| Voltage | 146 - 194 ( kw ) |
| Plastic Processed | Extruder |
| Maintenance | No Maintenance |
| Range Of Thickness Of Wall Ceiling Panels | 100 ( Micro ) |
Introduction of Blown Film Plant Manufacturer:-
Blown Film Plant Manufacturer is 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.
The Film Blown Film Plant Manufacturer
Typically, blown film extrusion 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 Plant Manufacturer:-
Blown film generally 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 Plant Manufacturer can 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 Plant Manufacturer
| Minimum Order Quantity | 1 Unit |
| Brand | OCEAN INTERNATIONAL |
| Production Capacity | 28 - 280 ( KG/HR ) |
| Power Consumption | 146 - 194 ( kw ) |
| Dimensions | 5 X 5 X 5 to 22 X 8 X 12 ( L X W X H ) |
| Color | BLUE / WHITE |
| Plastic Processed | EXTRUDER |
| Maintenance | No Maintenance |
Blown Film Plant in India. This blown film plant is checked at our end on various parameters in order to deliver a flawless range. Offered blown film plant is developed by our skilled professionals utilizing the advanced technology and superior grade raw material. Customers can avail this blown film plant from us in various specifications at market rates.
Features of Blown Film Plant in India:
• Light weight
• Easy to install
• Long service life
Blown Film Plant in India 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. Mono layer blown film plant 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.
Application of Blown Film Plant in India:
| Minimum Order Quantity | 1 Unit |
| Power Consumption | 146 - 194 ( kw ) |
| Brand | Ocean International |
| Body Material | MS |
| Phase | 3 |
| Power Source | ELECTRIC |
| Voltage | 146 - 280 ( kw ) |
Introduction of Blown Film Plant
Blown Film Plant is 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.
The Blown Film Plant
Typically, blown film extrusion 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 Plant :-
Blown film generally 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 can 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.
Applications of Blown Film Plant :-
Consumer food wrap from plastic wrap article.
Agricultural film
Bags
Industry packaging, shrink film , stretch film
Consumer packaging, food wrap, transport packaging ( Figure )
Laminating film
Barrier film
Blown Film Plant
Research has been done to explore the incorporation of blown film extrusion into the large-scale manufacturing of carbon nanotube and nanowire films.