Material Conductivity | Industrial Plants, Data Centers | Industry Standard: 35% IACS (plain aluminum) Our Base: 61% IACS (aluminum alloy) Our Advanced: 100% IACS (copper) | ▲ Base ▲▲▲ Advanced: Higher conductivity reduces energy loss (e.g., 40% less heat at 40A load). | Base: 15% heavier than plain aluminum. Advanced: 3x costlier than aluminum. |
Weight Efficiency | Mobile Equipment, Temporary Installations | Industry Standard: 2.7 g/cm³ (plain aluminum) Our Base: 2.9 g/cm³ (aluminum alloy) Our Advanced: 8.9 g/cm³ (copper) | ▲ Base ▲ Advanced: Lighter than copper for easy handling (e.g., 20% lighter than steel equivalents). | Advanced: Requires reinforced mounting for heavy-duty setups. |
Current Capacity | High-Power Factories, EV Charging Stations | Industry Standard: 25A (380V) Our Base: 40A (380V) Our Advanced: 60A (380V) | ▲▲ Base ▲▲▲ Advanced: Supports 2.4x higher load than standard (e.g., powers 8 industrial motors vs. 3). | Base: Limited to moderate loads (e.g.,不适合超高压场景). |
Thermal Performance | Overloaded Systems, High-Temperature Environments | Industry Standard: 237 W/m·K (plain aluminum) Our Base: 205 W/m·K (alloy) Our Advanced: 401 W/m·K (copper) | ▲▲ Base ▲▲▲ Advanced: 50% faster heat dissipation (e.g., 15°C cooler at peak load). | Base: Alloy’s lower thermal conductivity may require additional cooling. |
Corrosion Resistance | Coastal Facilities, Chemical Plants | Industry Standard: 100h salt spray (uncoated) Our Base: 500h (anodized) Our Advanced: 1000h (epoxy-coated) | ▲ Base ▲▲ Advanced: 10x longer lifespan in corrosive environments (e.g.,耐氯气腐蚀). | Advanced: Coating adds 15% to installation time. |
Installation Flexibility | Retrofitting, Modular Labs | Industry Standard: Fixed-length segments Our Base: 3m modular units Our Advanced: 1m modular + quick-connect terminals | ▲ Base ▲▲ Advanced: Reduces installation time by 40% (e.g., 2 hours vs. 5 hours for 20m runs). | Base: Requires专业工具 for assembly. |