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Equipment
Bag Making Machine
PS-IH650 PE Film Cutting & Inserting & Sewing & Hemming PP Woven Bag Making Machine
PS-V600 Automatic Valve Bag Making Machine | Cut & Sew System for Cement & Industrial Packaging
PS-CIS750: Advanced Automatic Bag Making Machine for PE Film Cutting, Inserting & Sewing
PS-TGR600 Reel to ReelTwist & Gusset Machine
PS-QFH650 PE Film Cutting & Hemming Machine
PS-H650 Semi-Automatic Bag Mouth-Liner Hemming Machine
PS-CIS750-B PE Film Cutting & Inserting & Sewing & Hot Melt Adhesive Machine
PS-QF800 Cutting & Sewing Machine For Woven Bags
Blown Film Machine
ABA Three Layer Coextrusion Blown Film Machine Automatic Twin Screw Extruder for HDPE LDPE Plastic Bag Making Production Line
PS50-600 High Speed Automatic LDPE HDPE LLDPE PE Polybag Plastic Extruder Film Blowing Machine Single Layer Plastic Film Blower
PS55/60/55-1500ABC Automatic Agricultural Biodegradable HDPE/LDPE/LLDPE/PE/PP Three Layers Co-extrusion Plastic Film Blowing Extrudert Machine
PS55-700 Customized High Pressure High Speed Monolayer Mini Type Biodegradable HDPE Agricultural Plastic Film Blowing Extrusion Machine
PSRW50-600 Biodegradable Hdpe Ldpe Pe Agricultural Plastic Film Blowing Machine With Double Winder Film Making Machine For Greenhouse
PSRW55-800 High Speed 700mm HDPE LDPE Rotary Die Double Winder Plastic Film Blowing Machine Mono Layer Blown Film Extrusion Machine
PS55x2-1200 High Speed AB Two Layers Double Layer Co-extrusion Agriculture Plastic Film Blowing Machine for hdpe/ldpe/lldpe
PEASHIN PS55x2-2x550ABA 3-Layer Co-Extrusion Blown Film Machine with Printing – HDPE LDPE PE Biodegradable T-Shirt Bags
SJ50×2-900 & SJ55×2-1200 ABA Film Blowing Machine Series (with Automatic Roll Changing Winder)
SJ50-600 & SJ55-700HD/LDPE Film Blowing Machine Series
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Overview
The PEASHIN PS50x2-900 ABA three-layer co-extrusion blown film machine delivers energy-efficient, flexible film production at a competitive cost. Its dual-motor architecture enables true three-layer extrusion — one extruder supplies the inner and outer skin layers (A), while the second extruder provides the core filling layer (B) — reducing capital investment while maintaining superior film quality.
Key Features
- Dual-motor, three-layer output — fewer main machines, lower cost, reduced energy consumption
- Wide film width range — 800 to 1,200 mm to suit diverse packaging applications
- Compatible materials — HDPE, LLDPE, LDPE and ABA/AB co-extrusion structures
- High-speed, high-productivity design — stable output for continuous industrial production
- Flexible layer ratio control — independently adjustable A and B layer ratios for tailored film properties
Technical Specifications
- Model: PS50x2-900
- Structure: ABA / AB three-layer co-extrusion
- Film width: 800–1,200 mm
- Compatible resins: HDPE / LLDPE / LDPE
- Drive: Dual main motor configuration
Applications
Ideal for producing stretch film, agricultural film, heavy-duty packaging film, and multi-layer barrier film for food, industrial, and agricultural sectors.
Contact our sales team for detailed technical parameters, pricing, and customisation options.
Frequently Asked Questions
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What defines a high-quality "Bag Making Machine" for industrial use?
A high-quality bag making machine, such as the PEASHIN ABA Three Layer Coextrusion Blown Film Machine Automatic Twin Screw Extruder for HDPE LDPE Plastic Bag Making Production Line, must balance precision cutting with high-strength sewing. For industrial liners, the ability to automate the inserting and gusseting process is what separates professional-grade equipment from standard cutters.
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Can the ABA Three Layer Coextrusion Blown Film Machine Automatic Twin Screw Extruder for HDPE LDPE Plastic Bag Making Production Line be customized to meet specific production requirements?
Absolutely. As a direct manufacturer, PEASHIN offers extensive customization options for the ABA Three Layer Coextrusion Blown Film Machine Automatic Twin Screw Extruder for HDPE LDPE Plastic Bag Making Production Line. We can modify the machine's width, integrate it with your existing bag-making lines, or add specific sensors and modules to handle unique material thicknesses. Contact our technical team for a tailored solution that fits your exact workflow. -
How does the ABA Three Layer Coextrusion Blown Film Machine Automatic Twin Screw Extruder for HDPE LDPE Plastic Bag Making Production Line improve production efficiency compared to manual or semi-automatic methods?
By integrating high-speed cutting and automatic hemming into a single workflow, the ABA Three Layer Coextrusion Blown Film Machine Automatic Twin Screw Extruder for HDPE LDPE Plastic Bag Making Production Line significantly reduces material waste by up to 8% and eliminates manual errors. Its automated PLC-controlled system ensures consistent fold quality at high speeds, allowing factories to increase output while lowering labor costs and improving the overall ROI of the production line. -
Does PEASHIN provide international installation and after-sales support for the ABA Three Layer Coextrusion Blown Film Machine Automatic Twin Screw Extruder for HDPE LDPE Plastic Bag Making Production Line?
Answer: Yes, we provide comprehensive global support. For every ABA Three Layer Coextrusion Blown Film Machine Automatic Twin Screw Extruder for HDPE LDPE Plastic Bag Making Production Line unit, PEASHIN offers detailed video installation tutorials, 24/7 remote technical assistance, and a 1-year warranty on core components. If required, we can also dispatch experienced engineers for on-site commissioning and professional staff training at your facility.
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What quality certifications and safety standards does the ABA Three Layer Coextrusion Blown Film Machine Automatic Twin Screw Extruder for HDPE LDPE Plastic Bag Making Production Line comply with?
Every ABA Three Layer Coextrusion Blown Film Machine Automatic Twin Screw Extruder for HDPE LDPE Plastic Bag Making Production Line is manufactured in our ISO9001-certified facility and fully complies with CE international safety standards. We use high-quality electrical components (such as Delta or Schneider) to ensure long-term stability and operational safety, making it a reliable choice for heavy-duty industrial environments.