Material Composition | Heavy machinery, industrial equipment | Industry Standard: Steel (ISO 683-1999) Our Base: Chrome steel (ASTM A228 compliant) Our Advanced: Stainless steel (ASTM A182) | ▲ Base: 20% higher corrosion resistance than steel (ASTM B117) ▲ Advanced: 500+ hours salt spray resistance | Base: 15% cost increase vs steel Advanced: 30% cost premium |
Cage Material | Automotive, robotics | Industry Standard: Plastic (ISO 3099) Our Base: Plastic Our Advanced: Steel (ISO 128) | ▲ Advanced: 40% higher load capacity (ISO 15) Base: 30% lighter than steel | Advanced: 20% heavier Base: Limited to ≤80°C environments |
Precision Rating | CNC machining, aerospace | Industry Standard: P6 (ISO 492 ≤7 µm radial runout) Our Base: P6 Our Advanced: P5 (≤5 µm radial runout) | ▲ Advanced: 28% tighter tolerances for precision tools | Base: Sufficient for standard applications Advanced: 25% higher price |
Structural Design | Wind turbines, pumps | Industry Standard: Radial (ISO 15) Our Base: Angular contact (15° DIN 620) Our Advanced: Double-row angular contact | ▲ Base: Handles ±15° axial misalignment ▲ Advanced: 2x axial load capacity | Base: Limited to single-direction axial loads Advanced: Complex installation |
Load Capacity | Construction equipment, mining | Industry Standard: 80 kN (ISO 281) Our Base: 100 kN Our Advanced: 120 kN | ▲ Base: 25% higher radial load vs standard ▲ Advanced: 50% higher load for heavy-duty | Base: 10% larger footprint Advanced: Requires reinforced mounting |
Environmental Resistance | Marine, chemical plants | Industry Standard: 200h salt spray (ASTM B117) Our Base: 300h Our Advanced: 500h | ▲ Advanced: Survives offshore corrosion 2.5x longer than standard | Base: Not recommended for submersion Advanced: Requires specialized lubrication |