High Precision Wheel Hub Bearing DAC49900045-manufacture,factory,supplier from China

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

On November 12, at the 15th China International Aviation and Aerospace Exhibition held in Zhuhai, Guangdong Province, bearing products with multiple specifications, high precision and tip were presented at the exhibition. Wang Qiyao, Chairman of the Standing Committee of the Dalian Municipal People's Congress, visited the tile axle booth to gain a detailed understanding of the company's reform and development, technological research and development, and other aspects.

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.

The label letters of high-temperature bearings look quite messy depending on the brand and type. Generally speaking, the tail of high-temperature bearings is marked with "HT", and the following "1" and "2" tell you how high temperatures this bearing can withstand.

The exhibition, PTC ASIA 2024, will be held grandly at the Shanghai New International Expo Center from November 5th to 8th. As a benchmark for the power transmission industry in the Asia Pacific region, the exhibition is themed "Intelligent, Green, and High Quality Development" and will continue to bring innovative products and solutions to the industry.

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.

The high-temperature bearing needs to be replaced and new high-temperature lubricating grease needs to be added. However, this lubricating grease needs to be added just right, whether it's too much or too little won't work. How much does it need to be added specifically?What is the problem with adding too much lubricating grease to high-temperature bearings?Adding too much high-temperature lubricating grease can cause damage to the bearings.(1) Adding too much lubricating grease will increase the friction torque.

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

In the field of materials science, bearing steel and high carbon steel are two widely used types of steel, each with unique performance advantages and specific application categories. This article aims to explore the core differences between the two and how to make reasonable choices based on actual needs.The subtle differences in performance and compositionThe primary difference lies in their performance. Bearing steel stands out due to its excellent hardness advantage, which is attributed to the high content of chromium element.

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.