Material Composition | Heavy-duty construction, industrial use | Industry Standard: Steel (ASTM A36) Our Base: Copper alloy (ASTM B111) Our Advanced: Copper-nickel alloy (ASTM B127) ▲▲ | Enhanced conductivity and corrosion resistance in Base/Advanced tiers. Lightweight compared to steel. | Higher cost for copper-based alloys. Advanced tier requires specialized coatings. |
Durability | High-cycle applications (e.g., rotary hammers) | Industry Standard: 5,000 cycles (ISO 281) Our Base: 8,000 cycles ▲ (50% ↑) Our Advanced: 12,000 cycles ▲▲ (140% ↑) | Longer lifespan reduces replacement frequency. Base tier meets most industrial needs. | Advanced tier may add weight, affecting tool balance. |
Electrical Conductivity | High-power tools (e.g., Hilti TE76) | Industry Standard: 10% IACS (IEC 6020) Our Base: 20% IACS ▲ (100% ↑) Our Advanced: 30% IACS ▲▲ (200% ↑) | Improved tool performance and energy efficiency. Base tier outperforms steel. | Advanced materials may require insulation upgrades. |
Temperature Resistance | High-heat environments (e.g., foundries) | Industry Standard: 150°C (ASTM E1461) Our Base: 200°C ▲ (33% ↑) Our Advanced: 250°C ▲▲ (66% ↑) | Reliable operation in extreme temperatures. Base tier handles moderate heat. | Advanced tier may lose flexibility in cold conditions. |
Corrosion Resistance | Marine/chemical exposure | Industry Standard: 24hr salt spray (ASTM B117) Our Base: 48hr ▲ (100% ↑) Our Advanced: 96hr ▲▲ (300% ↑) | Extended lifespan in corrosive environments. Base tier resists mild chemicals. | Advanced coating adds cost and maintenance complexity. |
Compatibility | Cross-brand tool systems | Industry Standard: Hilti TE series only Our Base: Hilti TE + Bosch G ▲ Our Advanced: Cross-brand ▲▲ (e.g., DeWalt/Makita) | Reduces inventory needs for multi-tool workshops. Base tier covers major brands. | Advanced tier may require adapter kits for some tools. |