3–5-Layer Low-Speed Bubble Film Machine product 1

3–5-Layer Low-Speed Bubble Film Machine product 2

3–5-Layer Low-Speed Bubble Film Machine product 3

3–5-Layer Low-Speed Bubble Film Machine

In today's competitive market, superior product protection is non-negotiable. Our 3-5 Layer Air Bubble Film Machine delivers industrial-grade cushioning film production with unmatched efficiency. Engineered for...

Our 3–5 Layer Air Bubble Film Machine delivers high-performance protective film with exceptional durability and efficiency. Its multi-layer design produces air bubble film up to three times stronger than standard single-layer alternatives, offering superior shock absorption for electronics, pharmaceuticals, and fragile goods.

Description

The modular system allows quick switching between 3 to 5 layers within hours, adapting to different production requirements without costly retooling. Automated thickness control, real-time defect detection, and energy recovery systems optimize production efficiency while reducing power consumption by up to 30%.

Consistent bubble integrity ensures every roll of film maintains reliable cushioning. The precision extrusion system minimizes polymer waste by 15%, enhancing material utilization and reducing operational costs. Granular production analytics track usage per batch, enabling smarter material management.

With high uptime, predictive maintenance alerts, and localized support, this machine guarantees stable, continuous operation. Designed for versatility and performance, the 3–5 Layer Air Bubble Film Machine sets a new standard in protective packaging production.

Application

Bubble Film Application in Roof Heat Insulation

Bubble Film for Furniture Shipping & Transportation Protection

Bubble Film for Automotive Heat Insulation

Importance of Bubble Film for Electronic Product Protection

Bubble Wrap for Plant Frost Protection

Bubble Film Application in Swimming Pool Covering

Application of Bubble Film in Fragile Goods Transportation

Specifications

Specification	HLFPE-1600	HLFPE-2000	HLFPE-3000	Unit
L/D	34:1	34:1	34:1
Product Width	1600	2000	3000	mm
Main Extruder Motor	22-15	30-22	45-37	kw
Auxiliary Extruder Motor	15	22	37	kw
Output	180	230	280	kg/hr
Power	156	210	300	kw
Main Extruder Screw Diameter	φ70-60	φ80-70	φ90-80	mm
Auxiliary Extruder Screw Diameter	φ60	φ70	φ80	mm
Power Supply	380/3/4/50	380/3/4/50	380/3/4/50	Volt/Ph/Line/Hz
Weight	9000	10000	14000	kg
Overall Dimensions	12000×4800×3200	12000×5100×3200	12000×5500×3200	(L×W×H)mm

Product Comparison

Comparison Item	Our Machinery	Other Manufacturers
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.	#45 Steel T-Die features external heating that enables fast warming but exhibits poor heat retention.
Winding System	Hualiang winding system adopts a worm gear drive, ensuring positioning accuracy up to ±0.1mm and greatly extending service life.	Belt drives are prone to wear, slippage and inaccuracy, requiring frequent replacement every 6–8 months.
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%.	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%).
Motor	The Permanent Magnet Synchronous Motor (PMSM) reduces energy consumption by 20%, delivers torque control accuracy of ±1%, and enables instant start-stop response.	Asynchronous motors feature higher operational inertia and an IE2 efficiency of 94.2%.
Heating System	Hualiang Infrared Heating System boosts thermal efficiency by 40% and reduces overall energy consumption by 20%.	Conventional heating coils feature slow heating, inadequate insulation, and high power consumption.