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What material is bearing steelBearing steel is a steel used to manufacture balls, rollers, and bearing rings. Bearing steel has high and uniform hardness, wear resistance, and high elastic limit. Strict requirements are placed on the uniformity of chemical composition, content and distribution of non-metallic inclusions, and distribution of carbides in bearing steel, making it one of the most stringent steel grades in all steel production.

Correct installation of bearings has a direct impact on their precision, durability, efficiency and other aspects.

Plastic bearings are very common in multiple application scenarios, including but not limited to the following areas:Automotive manufacturing:In the automotive field, plastic bearings are mainly used in automotive engines, transmission systems, suspension systems, and other parts. They can improve the performance and fuel economy of cars due to their good corrosion resistance, wear resistance, and lower friction coefficient. Especially in wheel and steering systems, the application of plastic bearings can reduce wheel weight and improve handling performance.

When removing the bearings for inspection, first use photography and other methods to make a good appearance record. In addition, it is necessary to confirm the amount of remaining lubricant and sample the lubricant before cleaning the bearings.a、 The cleaning of bearings can be divided into rough cleaning and fine cleaning, and a metal mesh frame can be placed at the bottom of the container used.b、 When rough washing, use a brush or other tool to remove lubricating grease or adhesive in oil.

Air bearings and magnetic levitation bearings are both high-precision, non-contact bearing technologies, but their principles and application scenarios are different.1.Principle: Air bearings use the compression of gas to generate support force, which floats the rotor and achieves the function of bearings. The supporting force of air bearings mainly consists of two parts: one is the air film pressure, and the other is the inertial force.

In modern industrial production, the performance of bearings directly affects the efficiency and lifespan of equipment. Especially in high load and high-speed applications, FAG bearings are widely used due to their excellent design and manufacturing processes. However, various industries also face a series of pain points when using FAG bearings, which often lead to reduced production efficiency, frequent equipment failures, and even affect the stability of the entire production line.

SFC Bearings Provide Optimized Services For Customers. SFC serious bearings use  unique heat treatment technology to fully utilize the characteristics of these highly pure steels. This unique heat treatment technology optimizes the wear resistance characteristics of SFC bearings without affecting their stability at high temperatures.

Cast iron bearing seatAdvantages:Low cost: Cast iron materials are relatively inexpensive and suitable for situations with limited budgets.High hardness: In ordinary cutting processes, the hard and brittle nature of cast iron makes cutting easier.Suitable for low-speed, light load, and situations that do not require high-precision operation: The brittleness of cast iron may cause it to fracture when impacted, making it unsuitable for high-speed or heavy-duty environments.Disadvantages:Poor toughness: prone to rupture under heavy loads or high-speed operation.Not suitable for harsh environments

1. Overheating Overheating of the microstructure after quenching can be observed from the rough mouth of the SFC bearing parts. But to accurately determine the degree of overheating, it is necessary to observe the microstructure. If coarse needle like martensite appears in the quenched structure of GCr15 steel, it is a quenched overheated structure.

The metallurgical quality of bearing materials was once the main factor affecting the early failure of bearings. With the improvement of metallurgical technology (such as vacuum degassing of bearing steel), the quality of raw materials has been improved. The proportion of raw material quality factors in the failure analysis of overall eccentric bearings has significantly decreased, but it remains one of the main influencing factors of bearing failure.