Material Quality | Industrial motors, high-load equipment | Industry Standard: ASTM B115 copper alloy (60% conductivity) Our Base: ASTM B117 oxygen-free copper (75% conductivity) Our Advanced: ASTM B121 high-purity copper (95% conductivity) | ▲ Base: 25% better conductivity for reduced energy loss. ▲▲ Advanced: 58% higher conductivity for peak efficiency. | Advanced versions may cost 30–50% more than standard. |
Thermal Performance | Treadmill motors, HVAC systems | Industry Standard: 10 fins/cm (15W/cm² heat dissipation) Our Base: 15 fins/cm (22W/cm²) Our Advanced: 20 fins/cm (30W/cm²) | ▲ Base: 47% improved cooling for high-heat environments. ▲▲ Advanced: 100% thermal efficiency for extreme loads. | More fins increase weight; Advanced may require larger motor housings. |
Electrical Conductivity | Electric vehicles, power tools | Industry Standard: 58 MS/m (per ASTM B115) Our Base: 72 MS/m (ASTM B117) Our Advanced: 89 MS/m (ASTM B121) | ▲ Base: 24% lower resistance for smoother motor operation. ▲▲ Advanced: 53% less energy waste. | Higher-purity copper is prone to softness; requires protective coatings. |
Noise Level | Home appliances, medical devices | Industry Standard: 45 dBA (comparable to a quiet room) Our Base: 38 dBA (quieter than a refrigerator) Our Advanced: 32 dBA (whisper-quiet operation) | ▲ Base: 16% noise reduction for residential use. ▲▲ Advanced: 29% quieter for sensitive environments. | Advanced designs may牺牲机械强度 for noise dampening. |
Durability | Harsh industrial environments | Industry Standard: 500+ hours corrosion resistance (per ASTM B117) Our Base: 1,000+ hours (ASTM B368) Our Advanced: 2,000+ hours (ASTM B116) | ▲ Base: Double the lifespan in corrosive settings. ▲▲ Advanced: Quadruple durability for marine/chemical plants. | Advanced coatings add 15–20% to production time. |
Design Flexibility | Customized machinery, robotics | Industry Standard: Fixed fin patterns Our Base: Adjustable fin spacing (±0.5mm tolerance) Our Advanced: Custom fin geometry (±0.1mm tolerance) | ▲ Base: Tailored cooling for niche applications. ▲▲ Advanced: Precision engineering for specialized robotics. | Custom designs require longer lead times and higher tooling costs. |