Needle Bearings | Motorcycle parts, automotive engines | ▲ Radial Load Capacity: 45 kN (ISO 281) ▲50 kN (Advanced) Single-row design (ISO 15) P0 precision (±0.005 mm runout) | Space-saving, high load-to-size ratio Base: cost-effective ▲ Advanced: 11% higher load capacity | Limited axial load handling Advanced versions may require specialized mounting (flange alignment) |
Cylindrical Roller Bearings | Heavy machinery, industrial equipment | ▲ Axial Load Capacity: 30 kN (ISO 76) ▲35 kN (Advanced) Stainless steel (ASTM A276) Flange design (ISO 15) | Handles high radial/axial loads Corrosion resistance in harsh environments | Larger footprint compared to needle bearings Higher initial cost for corrosion-resistant variants |
Ball Bearings | Low-load machinery, appliances | Radial Load Capacity: 25 kN (ISO 281) P2 precision (±0.003 mm) Chrome steel (ASTM A228) | Lightweight, low friction Widely compatible with standard housings | Lower load capacity vs. roller bearings Not suitable for high-speed motorcycle engines |
Thrust Bearings | Axial load applications (e.g., turbines) | Axial Load Capacity: 40 kN (ISO 350) ▲45 kN (Advanced) Tapered design (ISO 355) Heat-treated steel (ASTM A699) | Optimized for pure axial loads Advanced: 12.5% higher thrust capacity | Poor radial load handling Requires precise alignment for performance |
Tapered Roller Bearings | Axle systems, trucks | ▲ Combined Load Capacity: 60 kN radial / 25 kN axial (ISO 3) Single-row (ISO 35) P6 precision (±0.002 mm) | Handles combined radial/axial loads Base: standard durability ▲ Advanced: 15% longer lifespan (ASTM E139) | Complex installation Higher cost for high-precision variants |
Spherical Roller Bearings | Misaligned shafts (pumps, compressors) | Misalignment Tolerance: ±2.5° (ISO 15) ▲±3° (Advanced) Two-row design (ISO 15) Carburized steel (ASTM A699) | Self-aligning for misaligned shafts Advanced: 20% improved corrosion resistance (ASTM B117) | Bulky design Higher maintenance requirements for misalignment adjustments |