Availability: | |
---|---|
Quantity: | |
The Two-Screw AB Plastic Blown Film Machine is engineered for efficient production of high-quality HDPE, LDPE, LLDPE, and EVA films. With dual-extrusion design and optimized energy performance, it enables users to increase output, enhance film strength, and reduce material and operating costs. Ideal for packaging manufacturers requiring reliable, versatile blown film solutions.
Model |
HCAB55/551300 |
Screw diameter |
Φ55 / 55 |
Width of film (mm) |
600-1200 |
Thickness of film (mm) |
0.028-0.20mm Micron |
Die size |
LDPE φ200 |
Max output (kg/h) |
180kg |
Main motor |
A15+B15 |
Dual-Screw AB Co-Extrusion System
Independently driven screws for A and B layers allow flexible layering of materials, such as combining virgin and recycled film or adjusting optical and mechanical properties across layers.
Wide Material Compatibility
Supports HDPE, LDPE, LLDPE, and EVA, offering excellent adaptability for producing different film grades, thicknesses, and end-use applications.
High-Efficiency Output with Low Energy Consumption
Designed to deliver high production capacity (up to 180 kg/h) while maintaining reduced energy usage, ensuring lower production cost per unit.
Precision Screw and Barrel Design
Specially engineered screw geometry promotes uniform plasticization and consistent material mixing, resulting in smooth film surfaces and stable thickness control.
Durable Gearbox System
Equipped with a high-performance gearbox featuring enforced lubrication and integrated oil cooling to ensure smooth operation, even under heavy loads and long production cycles.
Adjustable Nip Roll Mechanism
The vertical nip rolls can be adjusted in height, providing better control over film tension, take-up speed, and bubble stability during extrusion.
Stable and continuous production for both mono- and multi-application films
Reduced material waste through accurate control of film thickness and width
Flexible film layering options help meet various market requirements (e.g. optical clarity, strength, or cost-effectiveness)
Easy maintenance and long equipment lifespan due to reliable mechanical and thermal design
Compatible with modern downstream equipment (e.g. corona treaters, winders, and bag-making lines)
This two-screw blown film machine is suitable for producing a wide range of plastic films used in:
Food packaging (bread bags, frozen food film, produce wrap)
Industrial and retail carrier bags
Agricultural films (mulch film, tunnel film)
Lamination base film for flexible packaging
General-purpose wrapping or protective films
1. What films can this machine produce?
It can produce HDPE, LDPE, LLDPE, and EVA films.
2. How does the dual-screw system benefit production?
It allows independent control of two layers, improving film strength and versatility.
3. What is the machine's maximum production speed?
It has a maximum output of 180 kg/h.
4. Can the machine use recycled materials?
Yes, it can process both virgin and recycled materials.
5. What maintenance is needed?
Routine checks on the screw, lubrication system, die, and nip rolls are required.
The Two-Screw AB Plastic Blown Film Machine is engineered for efficient production of high-quality HDPE, LDPE, LLDPE, and EVA films. With dual-extrusion design and optimized energy performance, it enables users to increase output, enhance film strength, and reduce material and operating costs. Ideal for packaging manufacturers requiring reliable, versatile blown film solutions.
Model |
HCAB55/551300 |
Screw diameter |
Φ55 / 55 |
Width of film (mm) |
600-1200 |
Thickness of film (mm) |
0.028-0.20mm Micron |
Die size |
LDPE φ200 |
Max output (kg/h) |
180kg |
Main motor |
A15+B15 |
Dual-Screw AB Co-Extrusion System
Independently driven screws for A and B layers allow flexible layering of materials, such as combining virgin and recycled film or adjusting optical and mechanical properties across layers.
Wide Material Compatibility
Supports HDPE, LDPE, LLDPE, and EVA, offering excellent adaptability for producing different film grades, thicknesses, and end-use applications.
High-Efficiency Output with Low Energy Consumption
Designed to deliver high production capacity (up to 180 kg/h) while maintaining reduced energy usage, ensuring lower production cost per unit.
Precision Screw and Barrel Design
Specially engineered screw geometry promotes uniform plasticization and consistent material mixing, resulting in smooth film surfaces and stable thickness control.
Durable Gearbox System
Equipped with a high-performance gearbox featuring enforced lubrication and integrated oil cooling to ensure smooth operation, even under heavy loads and long production cycles.
Adjustable Nip Roll Mechanism
The vertical nip rolls can be adjusted in height, providing better control over film tension, take-up speed, and bubble stability during extrusion.
Stable and continuous production for both mono- and multi-application films
Reduced material waste through accurate control of film thickness and width
Flexible film layering options help meet various market requirements (e.g. optical clarity, strength, or cost-effectiveness)
Easy maintenance and long equipment lifespan due to reliable mechanical and thermal design
Compatible with modern downstream equipment (e.g. corona treaters, winders, and bag-making lines)
This two-screw blown film machine is suitable for producing a wide range of plastic films used in:
Food packaging (bread bags, frozen food film, produce wrap)
Industrial and retail carrier bags
Agricultural films (mulch film, tunnel film)
Lamination base film for flexible packaging
General-purpose wrapping or protective films
1. What films can this machine produce?
It can produce HDPE, LDPE, LLDPE, and EVA films.
2. How does the dual-screw system benefit production?
It allows independent control of two layers, improving film strength and versatility.
3. What is the machine's maximum production speed?
It has a maximum output of 180 kg/h.
4. Can the machine use recycled materials?
Yes, it can process both virgin and recycled materials.
5. What maintenance is needed?
Routine checks on the screw, lubrication system, die, and nip rolls are required.