Material Composition | Industrial cranes, power grids | Industry Standard: Aluminum (2.7 g/cm³) Our Base: Copper conductors + PVC insulation (IEC 60204) Our Advanced: Copper + PTFE insulation (ASTM D3222) | ▲ Base: 60% higher conductivity than aluminum ▲ Advanced: 200°C temp resistance (vs PVC’s 70°C) | Advanced: 30% heavier than aluminum Base/Advanced: Higher cost than aluminum |
Voltage Rating | High-power machinery, mining equipment | Industry Standard: 440V Our Base: 690V (IEC 60947) Our Advanced: 1000V (IEC 61800) | ▲ Base: Supports 50% higher voltage than standard ▲ Advanced: Enables ultra-high-power applications | Advanced: Requires specialized safety protocols Base: Not compatible with low-voltage systems |
Current Capacity | Heavy-duty motors, crane operations | Industry Standard: 200A Our Base: 300A (IEC 60208) Our Advanced: 400A (IEC 61914) | ▲ Base: 50% higher current than standard ▲ Advanced: 100% increase over standard | Advanced: Larger physical footprint All tiers: Thermal management required |
Insulation Temp Rating | Outdoor/indoor industrial settings | Industry Standard: PVC (70°C) Our Base: PVC (70°C) Our Advanced: PTFE (200°C) | ▲ Advanced: Operates in extreme heat (e.g., foundries) Base: Cost-effective for standard temps | Advanced: 2x more expensive than PVC All tiers: Requires proper installation to avoid overheating |
Corrosion Resistance | Marine environments, chemical plants | Industry Standard: Uncoated (ASTM B117 fail) Our Base: PVC coating (ASTM B117 pass) Our Advanced: Zinc-plated copper (ASTM A153) | ▲ Base: Resists saltwater corrosion ▲ Advanced: 10x longer lifespan in corrosive areas | Advanced: Complex coating process increases cost Base: Limited to mild environments |
Weight-to-Performance | Mobile equipment, lightweight systems | Industry Standard: Aluminum (2.7 g/cm³) Our Base: Copper (8.96 g/cm³) Our Advanced: Copper + composite reinforcement | ▲ Advanced: 20% lighter than pure copper Industry Standard: Lower conductivity trade-off | Base/Advanced: Heavier than aluminum for same power capacity |