Jwell TPU High & Low Temperature / High Elasticity Film Production Line

Key Selling Points

High & Low Temperature Flexibility for versatile material properties
Skin-Friendly Softness for comfort-focused applications
Superior Elasticity for dimensional recovery performance
Independent Temperature Control for multi-layer precision
One-Step Co-Extrusion for streamlined manufacturing
Textile Fabric Compatibility for diverse applications
Seamless Bonding Strength for suture-free fabrics
Diverse Material Integration for complex composite films

Main Technical Parameter

Model

Output（kg/h）

Thickness

Width

Price($)

JWS75/JWS120

JWS90/JWS90/JWS90

JWS65/JWS120/JWS65

300-350

200-300

300-400

0.02-2.0mm

1000-3000mm

28-44W

Product Description

Jwell’s TPU High & Low Temperature / High Elasticity Film Production Line delivers advanced co-extrusion technology for producing soft, skin-friendly films with exceptional elasticity and three-dimensional characteristics.

Innovative Die Head Design: The production line features two or three extruders with inner co-extrusion design and a specially engineered thermal insulation die head. This breakthrough technology enables independent temperature control for each layer, solving the technical limitations of conventional co-extrusion when processing materials with vastly different properties and processing temperatures.

Material Versatility: TPU high elasticity films offer soft texture, excellent skin compatibility, high elastic recovery, and dimensional stability. These characteristics make them ideal for diverse applications including sports footwear uppers, shoe tongue labels, trademarks, decorative accessories, luggage straps, reflective safety labels, and LOGO applications.

Textile Industry Excellence: With superior elasticity and bonding strength, this film excels in premium seamless underwear, seamless sportswear, and other non-sutured fabric applications. The production line supports various textile fabrics and waterproof zipper applications, providing manufacturers with exceptional material flexibility.