HTD Timing Belts | Industrial machinery, conveyor systems | Tensile Strength: 20 MPa (Industry Standard) ▲25 MPa (Our Base) ▲30 MPa (Our Advanced) (ASTM D412) | High durability, precise synchronization ▲30% stronger in Advanced version | Higher cost than standard belts; requires proper tensioning mechanisms |
Steel Cord Reinforced | Heavy machinery, construction equipment | Steel Cord Layers: 2 layers (Industry Standard) ▲3 layers (Our Base) ▲4 layers (Our Advanced) (ISO 4308) | Enhanced load capacity, reduced slippage ▲50% stronger in Advanced version | Heavier; may strain older machinery; requires robust alignment systems |
Polyurethane (PU) Belts | Cleanrooms, food processing | Chemical Resistance: Passes ASTM D543 (50+ exposures) ▲100+ exposures (Our Advanced) | Smooth operation, FDA-compliant (Base) ▲EPA-certified (Advanced) | Limited to -20°C to +80°C; may degrade in UV-exposed environments |
Aluminum-backed Belts | Precision robotics, aerospace | Aluminum Thickness: 1.0mm (Industry Standard) ▲1.2mm (Our Base) ▲1.5mm (Our Advanced) (ISO 3898) | Superior alignment ▲30% stiffer in Advanced; resists thermal expansion | Higher cost; heavier than non-metal-backed belts; prone to corrosion without coating |
RoHS Compliant Belts | EU electronics manufacturing | Lead Content: 0.1% (Industry Standard) ▲0.01% (Our Base & Advanced) (IEC 62321) | Meets EU regulations; eco-friendly design | Certification adds 15-20% to production costs; limited to regulated markets |
EPR Certified Belts | German industrial sectors | Packaging Compliance: EPR Germany (Base) ▲Enhanced Recycling Protocol (Advanced) | Waste management compliance ▲100% recyclable in Advanced version | Region-specific; requires additional logistics coordination; higher upfront cost |