Insulation Material | Industrial machinery, automotive | Industry Standard: PVC (ASTM D1711, 80°C rating) Our Base: PVC (80°C) Our Advanced: PE (ASTM D2136, 105°C) | ▲ Advanced: 25% higher temp resistance (105°C vs 80°C) PE resists 50+ chemicals (ASTM D543) | Base: Limited chemical resistance vs harsh environments |
Conductor Flexibility | Robotics, portable devices | Industry Standard: 7-strand copper (bend radius: 4× diameter) Our Base: 7-strand (4×) Our Advanced: 19-strand (2×) | ▲ Advanced: 50% tighter bend radius (2× vs 4×) Reduces tangling in compact systems | Advanced: Slightly higher cost due to finer stranding |
Certifications | Export to EU/US | Industry Standard: UL certification (e.g., UL1007) Our Base: UL Our Advanced: UL + EPR (France/Germany) | ▲ Advanced: Dual market compliance (EU/US) Streamlines global deployment | Base: Limited to North American markets |
Chemical Resistance | Chemical plants, labs | Industry Standard: 30-min permeation resistance (ASTM F739) Our Base: 30-min Our Advanced: 60-min | ▲ Advanced: Double exposure time vs industry/base PE outperforms PVC in solvent resistance | Base: Not suitable for prolonged chemical exposure |
Temperature Stability | High-heat environments (e.g., ovens) | Industry Standard: 105°C max (PVC) Our Base: 105°C (PVC) Our Advanced: 125°C (PE) | ▲ Advanced: 20°C higher temp tolerance (125°C) PE retains flexibility at elevated temps | Base: Risk of degradation beyond 105°C |
Weight & Durability | Residential wiring, lightweight systems | Industry Standard: 285 GSM (ISO 3801) Our Base: 285 GSM Our Advanced: 320 GSM (ISO 3801) | ▲ Advanced: 12% thicker insulation (320 GSM) for rugged use Meets MIL-STD-810G durability | Base: Lighter but less robust for industrial abuse |