Screw Design | High-volume extrusion of PVC/WPC | Industry: Single-screw (ISO 9001) Our Base: Double-screw (38CrMoAlA, ▲15% torque) Our Advanced: Co-rotating conical twin-screw (▲30% output vs Base, ASTM A453) | ▲15%–30% higher output/mixing efficiency for complex materials | Higher cost for advanced models (e.g., co-rotating twin-screw) |
Material Compatibility | Manufacturing PVC doors/windows & WPC | Industry: PVC only (ISO 1161) Our Base: PVC + WPC (ASTM D7030) Our Advanced: PVC/WPC + recycled plastics (▲20% versatility) | Process diverse materials (e.g., WPC for eco-friendly profiles) | Advanced models require specialized maintenance for mixed materials |
Energy Efficiency | Continuous industrial operation | Industry: Fixed-speed motor (IE2 efficiency) Our Base: Variable-speed drive (▲10% savings) Our Advanced: Regenerative braking (▲25% savings, ISO 50001) | Reduce energy costs by 10–25% | Higher upfront investment for advanced energy systems |
Torque Capacity | Processing dense/high-viscosity materials | Industry: 150 Nm (IEC 60034-30) Our Base: 170 Nm (▲13%) Our Advanced: 200 Nm (▲33% vs Standard) | Handle tougher materials like WPC with ease | Requires robust infrastructure for high-torque models |
Cooling System | Maintaining profile consistency | Industry: Air-cooled (▲10°C higher temp) Our Base: Hybrid cooling (▲20% faster) Our Advanced: Liquid-cooled (▲30% thermal stability, ISO 12100) | Advanced cooling ensures precise dimensions | Liquid systems need regular coolant checks |
Safety Features | Compliance with industrial safety norms | Industry: Basic emergency stop (ISO 13850) Our Base: Dual interlock guards (▲50% safer) Our Advanced: Automated sensors (▲100% OSHA compliance) | Minimize workplace accidents | Advanced safety systems add to equipment cost |