Needle Bearings (Single Row) | Automotive transmissions, industrial machinery | Precision P0 (ISO 492) ▲ (Industry Standard: P6) RoHS Certified (EU Directive 2011/65/EU) Hexagonal Design (Easy Installation) | Superior precision reduces wear; compliant with environmental regulations; easy to install | Higher cost compared to standard bearings; limited load capacity vs double-row variants |
Thrust Bearings | Axial load applications in engines | Load Capacity 4500 N (ASTM F1843) ▲ (Industry: 3500 N) Stainless Steel (ASTM A276) | Handles heavier axial loads; corrosion-resistant material | Bulky design increases space requirements; higher friction compared to ball bearings |
Ball Bearings | High-speed machinery (e.g., turbines) | Speed Rating 12,000 RPM (ISO 3290) ▲ (Industry: 10,000 RPM) Noise Level 40 dB (IEC 60704) | Faster operation; quieter than industry standard | Lower load capacity than roller bearings; requires precise alignment |
Cylindrical Roller Bearings | Heavy machinery with radial loads | Load Capacity 9000 N (ISO 15243) ▲ (Industry: 8000 N) Dimensional Tolerance P5 (ISO 492) | Higher load capacity; tighter tolerances for precision applications | Higher friction due to design; bulkier than needle bearings |
Plain Bearings | Low-speed, high-load applications (pumps) | Friction Coefficient 0.08 (ASTM D3365) ▲ (Industry: 0.12) Bronze Material (ASTM B505) | Reduced friction improves efficiency; cost-effective | Requires regular lubrication; less durable under extreme conditions |
Needle Bearings (Double Row) | Heavy-duty machinery (e.g., industrial presses) | Load Capacity 5500 N (ISO 15) ▲ (Base: 4000 N) Precision P4 (ISO 492) | Enhanced load capacity; compact design saves space | More expensive than single-row variants; complex installation due to dual rows |