Material Composition | Heavy machinery needing lightweight parts | Industry Standard: Cast Iron (ASTM A48) Our Base: Aluminum Alloy (ASTM B209) ▲ (30% lighter) Our Advanced: Aluminum + Reinforced Alloy (ASTM B265) ▲▲ (40% lighter, 20% stronger) | Base: Reduced weight for easier handling Advanced: Enhanced strength for heavy loads | Base: Lower thermal resistance vs cast iron Advanced: Higher cost |
Gearing Efficiency | High-torque applications (e.g., conveyors) | Industry Standard: 80% efficiency (ISO 6336) Our Base: 85% ▲ (ISO 6336) Our Advanced: 90% ▲▲ (ISO 6336) | Base: 5% efficiency gain reduces energy use Advanced: 10% efficiency for optimal performance | Advanced: Requires higher maintenance for precision |
Input Speed Handling | High-speed machinery (e.g., industrial fans) | Industry Standard: Up to 1200 RPM Our Base: 1400 RPM ▲ Our Advanced: 1600 RPM ▲▲ | Base: Handles faster motors Advanced: Supports even higher speeds | Advanced: May need better cooling systems |
Torque Capacity | Heavy-duty machinery (e.g., cranes) | Industry Standard: 30 Nm Our Base: 40 Nm ▲ (33% higher) Our Advanced: 200 Nm ▲▲ (567% increase) | Base: 33% higher torque Advanced: 200 Nm for extreme loads | Advanced: Larger footprint and weight |
Cooling System | Continuous operation in hot environments | Industry Standard: Passive cooling Our Base: Aluminum fins (▲ improves heat dissipation by 20%) Our Advanced: Active cooling + fins (▲▲ 40% improvement) | Base: Better heat management Advanced: Maintains efficiency in extreme temps | Advanced: Adds complexity and cost |
Compliance Certifications | EU market exports | Industry Standard: Basic compliance Our Base: RoHS ▲ Our Advanced: RoHS + IP67 ▲▲ (dust/water resistance) | Base: Meets EU environmental standards Advanced: Dual compliance for broader use | Advanced: Higher certification costs |