Jwell Composite Polymer Waterproof Membrane Production Line
Key Selling Points
- Multi-Machine Compatibility for flexible material processing
- Low Energy Consumption for cost-effective operations
- Superior Flatness for uniform membrane quality
- Puncture Resistance for durability in demanding applications
- Excellent Tensile Properties for structural integrity
- Full Automatic Batching for precision material preparation
- Robot Unpacking System for automated workflow
Main Technical Parameter
| Model | Output (kg/h) | Raw Material | Product Thickness (mm) | Product Width (mm) |
|---|---|---|---|---|
| Single Screw Series | 1000-2000 | PE | 0.5-3 | 1000-4000 |
| Co-rotating Parallel Twin Screw Series | 1500-2500 | TPO | 0.8-3 | 1000-2000 |
| Conical Twin Screw Series | 1000-2000 | PVC | 0.5-3 | 2000 |
Product Description
Jwell’s Composite Polymer Waterproof Membrane Production Line delivers advanced manufacturing capabilities for producing high-quality waterproof coils using various polymer materials including PE, EVA, TPO, and PVC.
Versatile Machine Options: The production line offers three specialized configurations to meet diverse manufacturing requirements: co-rotating parallel twin-screw for high-performance applications, high-efficiency single-screw for standard production, and conical twin-screw for specialized processing. Each option provides strong material compatibility for specific polymer types.
Outstanding Membrane Properties: The production system achieves superior flatness ensuring uniform surface quality, excellent puncture resistance for demanding installation conditions, and exceptional tensile properties that provide long-term structural stability in waterproofing applications.
Automated Production Systems: The line incorporates full automatic batching for precise material preparation, integrated thickness measuring and control for consistent product quality, automatic winding systems for efficient packaging, and robot unpacking systems that minimize manual handling and reduce labor requirements.
Operational Excellence: High output combined with low energy consumption delivers cost-effective production economics. The automated systems enable easy management and monitoring, reducing operator intervention while maximizing throughput and product consistency across extended production runs.
Application Scenarios
