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Solid Lubricant Guide Bushings Factory

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Solid-Lubricating Bearing Manufacturers

The MX Bearing solid-lubircating bearing product series mainly includes automotive standard accessories that comply with industry standards, such as stamping mold standard guide bushes, guide plates, self-lubricating guide plates, plastic mold injection seat guide bushes, etc. It can accurately match European, American and Japanese standard automotive molds and is widely used in the automotive supporting industry.

About US

Zhejiang Mingxu Machinery Manufacturing Co., Ltd. formerly known as Jiashan Mingxu Precision Machinery Factory, was founded in 2011. The company is located in the hinterland of the Yangtze River Delta Integrated Development Demonstration Zone, with location and convenient transportation. With more than ten years of manufacturing and R&D experience, the company has been deeply involved in the development and production of solid lubricating bearings, skateboards, slideways, and sliders. The product manufacturing adopts modern automation equipment, strictly implements the ISO2000 quality management system standard, and the main processes are processed by high-precision CNC machines. OEM Solid-Lubricating Bearings Manufacturers and Custom Automobile Solid Lubricant Bushings Factory in China. The company's main products cover a series of products such as JDB solid inlaid self-lubricating bearings, steel-copper sintered bearings, SF-1 self-lubricating bearings, SF-2 boundary self-lubricating bearings, and FB090 copper bearings. Widely used in automobile industry, construction machinery, metallurgical equipment, mining machinery, injection molding, mold, textile, printing and many other machinery manufacturing fields; provide Custom Solid Lubricant Guide Bushings. Till now, the company's products have spread all over China and exported to many foreign countries, and are deeply recognized and loved by domestic and foreign customers.

Mingxu Machinery adheres to the service tenet of "quality-oriented high-quality service", and strive to provide customers with professional products and services. The company will continue to introduce talents, improve the management mechanism, integrity, development, innovation, and strive to build a world-class brand.

Zhejiang Mingxu Machinery Manufacturing Co., Ltd.

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Solid-Lubricating Bearing Industry knowledge
How do solid-lubricating bearings address issues related to friction and wear?
Other types of bearings using solid lubricants can cope with friction and wear problems in a variety of ways:
One way is to use self-lubricating materials. These bearings are made of materials containing solid lubricants, such as graphite, molybdenum disulfide (MoS2) or PTFE (polytetrafluoroethylene). These lubricants help reduce friction and wear by forming a lubricating film between bearing surfaces.
Composite materials are also used to make bearings. These materials include solid lubricants that can be evenly distributed within the matrix. This guarantees continuous lubrication even under overload conditions.
Some Solid Lubricant Bushings utilize porous structures or reservoirs to store and release lubricant during certain stages of operation. These reservoirs can be filled with solid lubricant or liquid lubricant and then released near the contacts to limit friction and prevent wear.
In addition, additives can be used to modify the lubrication properties of fixedly lubricated bearings. These additives may include nanoparticles, anti-wear agents, corrosion inhibitors or extreme pressure additives. They are applied with solid lubricants to reduce friction and wear.
Surface modification is another method of improving solid lubricated Guide Bushings. Bearing surfaces can be coated or treated to reduce friction and wear. For example, special films, coatings or coatings with a low coefficient of friction can be used to enhance the wear resistance of the surface.
Design improvements are also critical to address friction and wear issues. Optimizing bearing geometry, clearance or contact areas can help reduce weight and stress on the surface. Additionally, incorporating features such as grooves, dimples or textures can help retain lubricant and reduce friction.
These different strategies aim to minimize friction by providing continuous lubrication, reducing surface contact, optimizing material properties and incorporating design improvements.