
Jwell TPU Cast Lamination Production Line
Key Selling Points
- One-Step Casting & Lamination for streamlined production
- Online Composite Forming for high-speed automation
- Single or Double-Sided Options for flexible processing
- Reduced Production Process for cost efficiency
- High Composite Strength for superior product quality
- Versatile Fabric Compatibility for diverse applications
- 200-500 kg/h Output Range for industrial-scale manufacturing
- Eco-Friendly Production for sustainability goals
Main Technical Parameter
| Model | Output(kg/h) | Thickness | Width | Price ($) |
| JWS 120/36
JWS120+JWS75 JWS130/36 JWS150/36 |
200-300
250-350 300-400 400-500 |
0.02-2.0mm
0.02-2.0mm 0.02-2.0mm 0.02-2.0mm |
1000-3000mm
1000-3000mm 1000-3000mm 1000-3000mm |
28-44W
|
Product Description
Jwell’s TPU Cast Lamination Production Line revolutionizes fabric composite manufacturing by enabling one-step online casting and lamination, replacing traditional offline multi-step processes.
Streamlined Manufacturing: The production line achieves single-sided or double-sided online composite forming in a single pass, significantly reducing production workflow. This innovation cuts manufacturing costs while dramatically improving production efficiency and throughput.
Enhanced Product Quality: By eliminating multiple handling stages, the one-step process improves composite strength and ensures consistent product quality. The high-speed automation function maintains precision throughout the production run.
Versatile Applications: TPU composite fabric combines the characteristics of TPU film with various base fabrics, creating new materials with enhanced properties. Applications span clothing and footwear materials, sports fitness equipment, inflatable toys, and other online composite material needs across industries.
Economic Advantage: The one-step lamination process reduces labor costs, minimizes material waste, and accelerates time-to-market, making it an ideal investment for manufacturers seeking to optimize composite fabric production.
Application Scenarios





