
Jwell TPU Paint Protection Film (PPF) Production Line
Key Selling Points
- Scratch Self-Healing Technology for surface restoration
- Long-Term Paint Protection for vehicle preservation
- High Brightness Retention for lasting shine
- Strong Toughness Performance for impact resistance
- Patent Tape Casting Technology for composite molding
- Automatic Thickness Control for precision consistency
- Full-Automatic Winding System for production efficiency
- 1600mm Wide Format for comprehensive vehicle coverage
Main Technical Parameter
| Model | Output(kg/h) | Thickness | Width | Price ($) |
| JWS 90/32
JWS120/32 |
150-200
200-300 |
0.1-0.2mm
0.1-0.2mm |
1600mm
1600mm |
44-59W
|
Product Description
Jwell’s TPU Paint Protection Film (PPF) Production Line delivers cutting-edge technology for manufacturing high-performance transparent paint protection films used in automotive decoration and maintenance industries.
Advanced Protective Technology: TPU invisible film provides strong toughness that effectively insulates automotive paint surfaces from environmental exposure. The film’s high brightness properties maintain a long-lasting showroom shine while subsequent processing enables scratch self-healing performance for continuous surface protection.
Innovative Manufacturing: The production line incorporates special design patent tape casting composite molding technology with specialized extrusion screw engineering optimized for TPU aliphatic materials. These proprietary advancements ensure consistent film quality and superior performance characteristics.
Automated Operations: Equipped with automatic up-and-down release film unwinding devices, the system features on-line automatic adjustment and precise control of film thickness throughout the production run. The full-automatic winding system ensures stable, continuous operation with minimal operator intervention.
Automotive Applications: This production line manufactures transparent paint protection films for vehicle exteriors, providing long-term protection against scratches, stone chips, UV damage, and environmental contaminants while maintaining optimal visual clarity.
Application Scenarios





