Needle Bearings | Compact machinery (e.g., automotive transmissions, pumps) | Single-row design (radial load capacity: 15,000 N ▲ Advanced: 20,000 N (▲13%)) Chrome steel (GCr15, hardness Rockwell C62) | ▲ Advanced: 20% higher load capacity than industry standard (ISO 355) Compact size for tight spaces | Open sealing requires external lubrication (ISO 52012) |
Thrust Bearings | Axial load applications (e.g., turbine shafts, gearboxes) | Thrust load capacity: 8,000 N ▲ Advanced: 12,000 N (▲50%) Complies with RoHS (2011/65/EU) | ▲ Advanced: 50% greater axial load capacity than base model Low friction (0.18 N·m) | Limited to axial loads only; no radial load tolerance |
Roller Bearings | Heavy radial loads (e.g., industrial machinery, cranes) | Radial load capacity: 20,000 N (Industry Standard: 18,000 N) MSDS-certified chemical resistance | ▲ Industry-leading: 11% higher load capacity than industry standard (ASTM F1940) | Bulky design; requires precise alignment |
Ball Bearings | High-speed, low-friction applications (e.g., electric motors) | Friction: 0.15 N·m ▲ Advanced: 0.12 N·m (▲20%) Chrome steel (GCr15) | ▲ Advanced: 20% lower friction than base model Smooth operation at 12,000 RPM | Lower load capacity (max 10,000 N) compared to roller bearings |
Cylindrical Roller Bearings | Misalignment-tolerant loads (e.g., conveyor systems) | Radial load capacity: 25,000 N (Industry: 22,000 N) Self-aligning up to 2° (ISO 15) | ▲ Industry-leading: 14% higher load capacity than standard bearings Handles misalignment | Higher cost; complex installation requirements |
Tapered Roller Bearings | Combined radial/axial loads (e.g., automotive axles) | Combined load capacity: 18,000 N ▲ Advanced: 22,000 N (▲22%) Tapered design (15° contact angle) | ▲ Advanced: 22% higher combined load capacity than base model Handles up to 30% axial load | Requires precise mounting; maintenance-intensive |