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What is hot installation of machine tool bearings? How should we heat up the bearings of machine tools? Machine tool bearing hot installation generally refers to a heating process that involves installing the inner trap of the bearing onto the bearing block of the transmission shaft, and is divided into two processing processes: hot installation (or hot installation) and cold installation.

Against the backdrop of increasingly fierce competition in the global manufacturing industry, technological breakthroughs in domestically produced bearings have attracted widespread attention. On October 5, 2024, a well-known bearing manufacturing enterprise in China officially announced the launch of its new generation of high-precision bearing products at a press conference held in Beijing, marking a qualitative leap in China's technological level in the field of bearing manufacturing, and the accuracy has risen to the international advanced level.

On September 23rd, the 23rd China International Industrial Expo (CIIE) closed at the National Convention and Exhibition Center (Shanghai). This year's Industrial Expo lasts for 5 days, with a total of 9 professional exhibition areas, attracting over 2800 enterprises from 30 countries and regions around the world to participate.  The exhibition covers an area of 300000 square meters, and nearly a thousand new technologies and exhibits have made their debut.

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.

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.

1、 What is bearing chamfer?Chamfer is a term used in mechanical engineering. In order to remove burrs caused by machining on parts and to facilitate assembly, chamfers are generally made at the ends of parts. Chamfering can be seen everywhere in our daily lives, on the borders of mobile phones, on tempered doors, on vases, and so on.The general purpose of chamfering is to remove burrs and make it aesthetically pleasing.

The bearing ring raceway is the surface of the bearing workpiece, and its quality will directly affect the working performance and service life of the bearing. During use, we often find common quality problems on the surface of bearing rings. How do these quality problems arise? Based on years of experience, here are common quality problems and their causes on the surface of bearing rings.1.

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.

The Chinese Lunar New Year has ended with the sound of firecrackers,and factories have started construction one after another.In the new year,hope everyone has a wide range of financial resources. We will continue to work together and create excellent results. 

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