Excellent wear resistance：The bearings are made of high-quality copper-based alloys, such as bronze and brass, which have excellent wear resistance. This means that they can effectively resist wear and maintain good operating conditions in long-term use. This wear resistance allows the bearings to perform well under high-load and high-frequency motion conditions, thereby extending the life of the equipment and reducing the need for maintenance.
Strong load-bearing capacity：Copper alloy materials can withstand large loads due to their high strength and good mechanical properties. This makes the bearings particularly good in applications that are subjected to high pressure and heavy loads, such as in large industrial equipment and automotive engines. This load-bearing capacity ensures the stable operation of mechanical systems and can effectively support the operation of key components.
Excellent corrosion resistance：The bearings have good corrosion resistance, especially in humid, chemical or salt spray environments. This feature makes the bearings ideal for use in harsh environments, such as marine equipment and chemical equipment. The corrosion resistance not only protects the bearing itself, but also extends its service life in corrosive environments.
Low friction coefficient：The bearings have a low friction coefficient, which helps reduce energy losses in mechanical systems. A low coefficient of friction means that the bearing generates less friction during operation, which improves the efficiency and performance of the equipment. This feature is particularly important in high-speed and high-load applications because it can significantly reduce heat generation and energy consumption.
Excellent thermal conductivity：The excellent thermal conductivity of copper alloys enables these bearings to maintain stability in high-temperature operating environments. Efficient heat conduction helps to dissipate heat in a timely manner, avoiding performance degradation or component damage caused by overheating. This makes this bearing very suitable for mechanical equipment that operates at high temperatures, such as generators, engines and heavy machinery.
Good self-lubricating performance：Some of these bearing designs also include self-lubricating properties, which can maintain good operating performance in the absence of external lubrication. This self-lubricating function greatly reduces the need for frequent lubrication, improves the overall reliability and operating efficiency of the equipment, and is particularly suitable for applications where lubrication is inconvenient.
Product Details Sheet
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Model |
Copper Alloy Bearings |
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Material |
Fe, Cu, FeCu alloy, stainliee steel, graphite |
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Style |
Sleeve, Flanged,Spherical,Miniature,Trust Washer, Rod |
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Size |
1) inner 3-70mm, also can according to your request |
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Package |
inner packing: plastic bag |
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outer packing: carton, pallet |
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Physical Properties |
Specific load capacity static: 10 N/mm² |
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Specific load capacity dynamic: 5 N/mm² |
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Sliding speed: 6.0 [ m/s ] |
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Friction value: 0,05 to 0,20 [ µ ] |
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Temperature strain: -40 to +200 [ °C ] |
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Max. Pv - value: 1.6 [ N/mm² x m/s ] |
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Bronze Bushing Hardness: HB 30-145 |
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Surface Roughness:0.8-1.6 |
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Yield Stength: 15,000 PSI |
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Elongation: 1% |
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" K" Strength Constent(PSI): 26,500 |
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Oil Centent: 18-22% (V) |
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Density: 6.4-7.3 g/cm³ |
Application areas of this product
Automotive Industry
These bearings are widely used in the automotive industry, especially in key components such as engines, gearboxes and suspension systems. These bearings are able to withstand high loads and provide stable support, ensuring the smooth operation of the vehicle. Their wear resistance and low friction coefficient allow them to perform well under high-speed operation and high-load conditions, improving the performance and reliability of the vehicle and reducing maintenance requirements.
Industrial Machinery
In the field of industrial machinery, these bearings are used as key components of equipment such as machine tools, pumps, fans, motors, etc. Due to their excellent wear resistance and load-bearing capacity, these bearings are able to withstand high loads and vibrations in continuous operation, ensuring the stability and long life of mechanical equipment. Their low friction characteristics help improve the efficiency of equipment and reduce energy loss.
Aerospace
The aerospace industry has extremely high requirements for the reliability and durability of components. These bearings are suitable for key components of aerospace vehicles, such as engines and control systems, due to their excellent corrosion resistance and high strength. These bearings can maintain stable performance in extreme environments, ensuring the safe and reliable operation of aerospace vehicles.
Maybe you still want to know
1. What are the main advantages of this component?
The main advantages of this component include excellent wear resistance, strong load-bearing capacity, and excellent corrosion resistance. Its wear resistance ensures good performance over long periods of use, its strong load-bearing capacity can handle high load conditions, and its corrosion resistance enables stable operation in harsh environments. Overall, these characteristics make this component excellent in applications that require high durability and reliability.
2. What applications are this component suitable for?
This component is suitable for a variety of fields, including the automotive industry, industrial machinery, aerospace, heavy machinery, household appliances, power equipment, and automation equipment. In these applications, the high load-bearing capacity and corrosion resistance of the component can meet the needs of various working environments, ensuring stable operation and long-term durability of the equipment.
3. How does this component perform in high-temperature environments?
This component performs well in high-temperature environments. It has good high-temperature resistance and can maintain stable mechanical properties under high-temperature conditions. Through efficient thermal conductivity, the component can effectively dissipate heat and avoid performance degradation due to overheating. This makes it suitable for equipment in high-temperature working environments, such as generators and heavy machinery.
4. What are the maintenance and lubrication requirements of this component?
This component is designed with reduced maintenance requirements in mind. Typically, the component does not require frequent lubrication under normal operating conditions, but proper lubrication can further improve its performance and service life under high load or extreme environments. Regular inspection and maintenance are recommended according to specific application requirements to ensure the optimal operation of the component.
5. What are the dimensions and customization options of this component?
This component is available in a variety of sizes and specifications to suit different application needs. In addition, its design allows customization to meet specific technical requirements and dimensional specifications. Customization options can be adjusted to the specific needs of customers, ensuring that the component can be perfectly compatible with existing systems.
6. How cost-effective is this component?
Although the initial cost of this component may be higher, its excellent durability and low maintenance requirements make it cost-effective in long-term use. Reduced replacement frequency and maintenance costs can save the company's overall operating costs. Considering its performance and service life, investment in this component generally brings a high return.
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