
Jwell TPU Leather Extrusion Lamination Production Line
Key Selling Points
- Solvent-Free Production for environmental safety
- One-Step Extrusion Molding for streamlined manufacturing
- High Wear Resistance for long-term durability
- Superior Elasticity for comfortable applications
- Aging Resistance for extended product lifespan
- Soft Touch Finish for premium feel
- Microfiber Leather Quality for luxury aesthetics
- Health-Safe Process for consumer protection
Main Technical Parameter
| Model | Output(kg/h) | Thickness | Width | Price ($) |
| JWS 65/120
JWS65/120/75 JWS75/130/75 |
200-250
200-300 300-400 |
0.1-0.3mm
0.1-0.3mm 0.1-0.3mm |
1000-3000mm
1000-3000mm 1000-3000mm |
22-44W
|
Product Description
Jwell’s TPU Leather Extrusion Lamination Production Line delivers high-performance microfiber leather through innovative one-step extrusion composite molding, providing an eco-friendly alternative to traditional solvent-based PU leather manufacturing.
Sustainable Technology: The production line eliminates chemical solvent volatilization entirely, addressing environmental concerns and consumer health issues associated with traditional PU leather production. The thermoplastic process ensures pollution-free manufacturing with no harmful emissions.
Premium Material Properties: TPU and TPE elastomers deliver exceptional performance characteristics including high wear resistance, superior elasticity, excellent aging resistance, and a soft, comfortable touch that rivals genuine leather.
Versatile Applications: TPU microfiber leather serves diverse industries including imitation leather furniture and soft packaging decoration, stationery applications, clothing materials, luggage leather, automotive seats and interior components, and sports shoe applications.
Industry Transformation: This production line represents the future of synthetic leather manufacturing, offering manufacturers a responsible alternative that meets growing consumer demand for sustainable, health-safe products without compromising on quality or performance.
Application Scenarios





