3–5-Layer Medium-Speed Bubble Film Machine3–5-Layer Medium-Speed Bubble Film Machine
3–5-Layer Medium-Speed Bubble Film Machine3–5-Layer Medium-Speed Bubble Film Machine
3–5-Layer Medium-Speed Bubble Film Machine3–5-Layer Medium-Speed Bubble Film Machine
3–5-Layer Medium-Speed Bubble Film Machine3–5-Layer Medium-Speed Bubble Film Machine
3–5-Layer Medium-Speed Bubble Film Machine3–5-Layer Medium-Speed Bubble Film Machine
3–5-Layer Medium-Speed Bubble Film Machine3–5-Layer Medium-Speed Bubble Film Machine

3–5-Layer Medium-Speed Bubble Film Machine

Our 3–5-Layer Medium-Speed Bubble Film Machine integrates European drive technology and Japanese temperature control systems, supporting mixed production of LDPE/LLDPE/recycled materials. Equipped with intelligent layer thickness adjustment and energy-saving screw heating, it achieves stable output of 8–12 tons per day...

Description

Our 3–5 Layer Medium-Speed Bubble Film Machine is engineered for precision, efficiency, and flexible production. It is designed for medium-scale manufacturing environments, delivering stable performance and consistent bubble film quality.

The machine supports a wide range of raw materials, including virgin LDPE, LLDPE, and up to 40% recycled content. Its modular extrusion system enables smooth material adaptation, reduces waste, and improves overall resource utilization.

The production line is equipped with layer-thickness control technology. This ensures uniform film structure, consistent cushioning performance, and optimized material distribution. A high-efficiency screw heating system reduces energy consumption by up to 25% while maintaining a stable output of 180-280 kg per hour.

An integrated diagnostics platform provides continuous system monitoring and production data analysis. Predictive maintenance functions help ensure reliable operation. The modular design allows quick switching between 3-layer and 5-layer configurations, minimizing downtime during production adjustments.

This machine produces bubble film with stable clarity, high tensile strength, and consistent air retention. It ensures reliable perforation resistance and uniform output quality, supporting efficient and continuous production.

Specifications

SpecificationHLFPE-1600HLFPE-2000HLFPE-3000Unit
L/D34:134:134:1
Speed353535m/min
Product Width160020003000mm
Main Extruder Motor22-1530-2245-37kw
Auxiliary Extruder Motor607080kw
Output180230280kg/hr
Power156210300kw
Main Extruder Screw Diameterφ70-60φ80-70φ90-80mm
Auxiliary Extruder Screw Diameterφ60φ70φ80mm
Power Supply380/3/4/50380/3/4/50380/3/4/50 Volt/Ph/Line/Hz
Weight90001000014000kg
Overall Dimensions12000×4800×320012000×5100×320012000×5500×3200(L×W×H)mm
HLFPE-1600
L/D34:1
Speed35m/min
Product Width1600mm
Main Extruder Motor22-15kw
Auxiliary Extruder Motor60kw
Output180kg/hr
Power156kw
Main Extruder Screw Diameterφ70-60mm
Auxiliary Extruder Screw Diameterφ60mm
Power Supply380/3/4/50 Volt/Ph/Line/Hz
Weight9000kg
Overall Dimensions12000×4800×3200(L×W×H)mm
HLFPE-2000
L/D34:1
Speed35m/min
Product Width2000mm
Main Extruder Motor30-22kw
Auxiliary Extruder Motor70kw
Output230kg/hr
Power210kw
Main Extruder Screw Diameterφ80-70mm
Auxiliary Extruder Screw Diameterφ70mm
Power Supply380/3/4/50 Volt/Ph/Line/Hz
Weight10000kg
Overall Dimensions12000×5100×3200(L×W×H)mm
HLFPE-3000
L/D34:1
Speed35m/min
Product Width3000mm
Main Extruder Motor45-37kw
Auxiliary Extruder Motor80kw
Output280kg/hr
Power300kw
Main Extruder Screw Diameterφ90-80mm
Auxiliary Extruder Screw Diameterφ80mm
Power Supply380/3/4/50 Volt/Ph/Line/Hz
Weight14000kg
Overall Dimensions12000×5500×3200(L×W×H)mm

Product Comparison

Other Manufacturers
Comparison Item
Extrusion T-Die

#45 Steel T-Die features external heating that enables fast warming but exhibits poor heat retention.

Extrusion T-Die

Hualiang Precision Extrusion T-Die is made of P20H/2311 mold steel, ensures bubble film thickness uniformity within ±3%, and features an internal heating design for superior thermal retention and energy efficiency.

Winding System

Belt drives are prone to wear, slippage and inaccuracy, requiring frequent replacement every 6–8 months.

Winding System

Hualiang winding system adopts a worm gear drive, ensuring positioning accuracy up to ±0.1mm and greatly extending service life.

Walled Barrel &Screw Design

Thin-Walled Barrels: Rapid heat dissipation requires constant reheating, resulting in 25–30% higher energy waste. Temperature Fluctuations: lead to uneven melting and thickness variations (±8–10%).

Walled Barrel &Screw Design

Thick-Walled Barrel: Enhanced thermal retention minimizes heat loss, reducing power consumption by 15–20% compared to thin-walled barrels. Uniform Melt Temperature: Maintains stability within ±5°C, ensuring consistent bubble formation and achieving a thickness tolerance of ±3%.

Motor

Asynchronous motors feature higher operational inertia and an IE2 efficiency of 94.2%.

Motor

The Permanent Magnet Synchronous Motor (PMSM) reduces energy consumption by 20%, delivers torque control accuracy of ±1%, and enables instant start-stop response.

Heating System

Conventional heating coils feature slow heating, inadequate insulation, and high power consumption.

Heating System

Hualiang Infrared Heating System boosts thermal efficiency by 40% and reduces overall energy consumption by 20%.

Other Manufacturers
Our Machinery
Comparison Item

#45 Steel T-Die features external heating that enables fast warming but exhibits poor heat retention.

Extrusion T-Die

Hualiang Precision Extrusion T-Die is made of P20H/2311 mold steel, ensures bubble film thickness uniformity within ±3%, and features an internal heating design for superior thermal retention and energy efficiency.

Belt drives are prone to wear, slippage and inaccuracy, requiring frequent replacement every 6–8 months.

Winding System

Hualiang winding system adopts a worm gear drive, ensuring positioning accuracy up to ±0.1mm and greatly extending service life.

Thin-Walled Barrels: Rapid heat dissipation requires constant reheating, resulting in 25–30% higher energy waste. Temperature Fluctuations: lead to uneven melting and thickness variations (±8–10%).

Walled Barrel &Screw Design

Thick-Walled Barrel: Enhanced thermal retention minimizes heat loss, reducing power consumption by 15–20% compared to thin-walled barrels. Uniform Melt Temperature: Maintains stability within ±5°C, ensuring consistent bubble formation and achieving a thickness tolerance of ±3%.

Asynchronous motors feature higher operational inertia and an IE2 efficiency of 94.2%.

Motor

The Permanent Magnet Synchronous Motor (PMSM) reduces energy consumption by 20%, delivers torque control accuracy of ±1%, and enables instant start-stop response.

Conventional heating coils feature slow heating, inadequate insulation, and high power consumption.

Heating System

Hualiang Infrared Heating System boosts thermal efficiency by 40% and reduces overall energy consumption by 20%.

Others

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