| Twin Screw Extruder Barrel (Our Advanced) | High-volume polymer processing, chemical composites | Twin screw with intermeshing helical grooves (ISO 9001) ▲ Stainless Steel 316 (ASTM A276) ▲ EPR Germany/France (EU Packaging Directive) ▲ | ▲ 40% higher output efficiency vs single-screw designs Resists 50+ chemicals (ASTM D543) Complies with EU recycling mandates | Higher upfront cost ▲ Requires skilled maintenance for complex geometry |
| Twin Screw Extruder Barrel (Our Base) | Standard polymer processing, basic composites | Twin screw design (ISO 9001) Stainless Steel 304 (ASTM A276) CE Certification | Cost-effective baseline for medium-volume production Withstands 30°C–200°C (ISO 10303) | Limited chemical resistance ▼ No EPR compliance for EU markets ▼ |
| Industry Standard Extruder Barrel | General plastics extrusion, low-volume runs | Single screw design Carbon Steel (ASTM A36) Basic CE Certification | Widely available, easy to maintain Lower cost baseline | 25% lower throughput vs twin-screw designs Prone to corrosion ▼ |
| Single Screw Extruder Barrel | Low-volume labs, small-batch prototyping | Single screw (ISO 9001) Alloy 625 (ASTM B440) | Simpler operation, lower energy consumption Lightweight design | Limited material versatility ▼ Cannot handle high-viscosity polymers ▼ |
| High-Temperature Extruder Components | Thermoplastic processing, high-heat resins | Heat-resistant alloy (ASTM A213) Max temp: 500°C (ISO 13715) ▲ | Processes PEEK/ULTEM at 480°C+ ▲ Thermal stability under stress | Fragile under sudden temperature shifts ▼ Higher wear rate ▼ |
| Modular Extruder Systems | Custom applications, multi-material setups | Interchangeable parts (ISO 13399) Quick-change tooling (ASTM F1541) ▲ | ▲ 30% faster setup for new materials Adapts to 8+ material types ▲ | Higher initial investment ▲ Requires advanced operator training ▲ |