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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.

As the world's largest automotive industry chain exhibition, the 2024 Frankfurt Shanghai Auto Parts Exhibition grandly opened at the China National Exhibition Center today (December 2). The exhibition gathers rich resources from the global automotive industry chain, providing an efficient service platform for information exchange, industry promotion, and business services for participants at home and abroad.The 2024 Frankfurt Shanghai Auto Parts Exhibition covers an area of 350000 square meters and gathers more than 6700 exhibiting companies from around the world.

Annealing, also known as simmering, code name Th, is the process of heating a steel piece to Ac1 or Ac3 or above (30-50 ℃), holding it for a period of time, and then slowly cooling it (usually using furnace cooling).Normalization, also known as open flame, code Z, is the process of heating steel parts to Ac3 or Acm or above (30-50 ℃), holding them for a period of time, and then cooling them in air at a slightly faster cooling rate than annealing.The main difference between bearing annealing and normalizing is that normalizing is a deformation or special case of complete annealing, and the only

Schaeffler's new wheel hub bearing production line is put into operation, marking the milestone of the 40 millionth product being offlineRecently, Schaeffler announced the official launch of its newly added wheel hub bearing production line at its manufacturing base in Taicang, and celebrated the successful production of the 40 millionth G3 series wheel hub bearing, marking another significant progress in Schaeffler's high-end automotive parts manufacturing field.Schaeffler wheel hub bearings: technological innovation leads industrial upgradingThe focus of Schaeffler's expansion th

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.

The 20th anniversary celebration of the 2024 Shanghai International Auto Parts, Maintenance, Testing, Diagnostic Equipment and Service Supplies Exhibition (Automechanika Shanghai) was successfully held from December 2 to 5, 2024 at the National Convention and Exhibition Center (Shanghai). The number of participating companies and visitors at this exhibition has broken previous records, fully demonstrating the important influence of Automechanika Shanghai as a professional service platform in the industry, and also reflecting the thriving development of the automotive industry.

Bearings are widely used in various machinery and equipment, the following are some common applications:1. Machinery industry: Bearings are widely used in machine tools, wind turbines, metallurgical equipment, mining equipment, petroleum equipment, plastic machinery, textile machinery, etc.2. Automotive industry: bearings are used in engines, transmissions, clutches, suspension systems, steering systems, brakes and other automotive parts.3.

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.

Bearings are a very important part of machinery and equipment. They perform the key functions of supporting and transmitting loads, reducing friction and energy loss, and ensuring stable machine operation. The following are a few aspects of the importance of bearings:1. Supporting and transmitting loads: A bearing transmits loads to other parts of the machine by withstanding forces from the machine's motion and external loads. It supports and distributes the load, ensuring that the machine remains stable when running at high speeds or under heavy loads.2.

When replacing peripheral parts of the device, carry out regular maintenance, operational checks and inspections of the removed bearings to determine whether they can be reused and whether they are in good or bad condition.First, carefully examine and note the removed bearings and their appearance. To clarify and check the amount of residual grease, the bearings must be thoroughly cleaned&nbs