Steel and copper inlaid bronze Gleitlager bearings are specifically designed for use in metallurgical machinery, where they play a crucial role in ensuring smooth and reliable operation under extreme conditions. These bearings incorporate a bronze alloy base with steel and copper inserts, combining the strength and durability of steel with the wear resistance and lubrication properties of bronze and copper.

The bronze alloy base of the Gleitlager bearings offers excellent corrosion resistance and thermal stability, making them suitable for the harsh environments often encountered in metallurgical applications. The steel inserts provide additional strength and rigidity, ensuring that the bearings can withstand heavy loads and impact forces.

The copper inserts in the Gleitlager bearings serve as a natural lubricant, reducing friction and wear during operation. This extends the service life of the bearings and reduces maintenance requirements. The copper also contributes to the bearings' ability to dissipate heat, preventing overheating and damage to the machinery.

The precision-engineered design of the Gleitlager bearings ensures that they fit precisely into the machinery, providing smooth and reliable motion. This improves the efficiency and productivity of the metallurgical machinery, reducing downtime and waste.

In addition, the Gleitlager bearings are often equipped with self-lubricating features such as graphite inserts or oil grooves. These features eliminate the need for frequent lubrication, further reducing maintenance requirements and downtime.

Overall, steel and copper inlaid bronze Gleitlager bearings are an essential component of metallurgical machinery. Their combination of strength, durability, wear resistance, and lubrication properties ensures smooth and reliable operation under extreme conditions, improving the efficiency and productivity of the machinery.

VSB-JDB-3 Steel matrix composite self-lubricating bearing

steel-copper inlaid bearing is a solid lubricating product embedded with solid lubricant after sintering tin bronze powder as a whole in the substrate of the steel sleeve, which not only has the function of vsb-jdb-2, but also can save cost and improve compressive strength.Its end face can be used for welding and installation with matrix, so it is suitable for metallurgical machinery, construction machinery and oil machinery and other fields where refueling is not allowed

Stainless steel bearings: stainless steel bearings and ordinary bearings, not only material has an obvious advantage, and in the process, precision control, than the ordinary bearings to be more strict.In the working process, the stainless steel bearings work stably, the noise is small, the corrosion resistance, the stainless steel bearings can organize the batch production, has realized the high strength, the high precision.Can be used in a variety of products easy to rust, strong corrosion, mainly used in medical equipment, ocean engineering, cryogenic engineering, optical instruments, high-speed machine tools, high-speed motors, printing machinery, food processing machinery and other parts.Stainless steel is often divided into: martensitic steel, ferrite steel, austenitic steel, austenitic - ferrite

VSB-JDB-3 Steel matrix composite self-lubricating bearing Technical Data

Steel matrix composite self-lubricating bearing Alloy material

Schematic diagram of lubrication principle

Steel matrix composite self-lubricating bearing advantage

Graphite bearing has good adsorption, thermal conductivity, chemical stability, strong oxidation resistance and high temperature resistance.Self - lubricating effect and other high - quality characteristics.Highly praised by industrial users.Sometimes in order to achieve more prominent antioxidant characteristics, graphite bearings will be treated with a special process.

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