Product Description
Sintered bushing, with tip bushing, square bushing, middle cover bushing, sealing bushing, spacer bushing, straight barrel bushing, mechanical equipment bushingPowder metallurgy oil-impregnated bushings are made of iron powder as raw materials, pressed by molds, sintered at high temperature and then shaped.Its matrix has fine and evenly distributed pores, which are formed into an oil-containing state after being vacuum-impregnated with lubricating oil. The product has the characteristics of short-term no oil lubrication, low cost of use, and variable inner and outer diameters. It is suitable for use in places with medium speed and low load. Products are widely used in household appliances, power tools, textile machinery, chemical machinery, automobile industry, etc.
Powder metallurgy sintered shaft sleeves and stainless steel sleeve bearings are specially designed for high-performance and long-life applications and are widely used in industries such as automobiles, mechanical equipment, power tools, household appliances and medical devices. Through high-precision powder metallurgy technology, these bearings are sintered and formed under high temperature and high pressure, ensuring outstanding density and excellent mechanical properties.
Self-lubricating performance: The micro-pores in the sintered structure can store lubricating oil, achieving continuous lubrication, significantly reducing friction and wear, and lowering maintenance frequency.
Strong corrosion resistance: Stainless steel materials have excellent anti-rust and anti-corrosion properties, making them suitable for humid and corrosive environments and extending their service life.
Excellent wear resistance: The high-density sintered structure endows the bushing with outstanding wear resistance, making it suitable for high-load and high-speed working conditions.
High cost-performance solution: The powder metallurgy manufacturing process reduces raw material waste and processing costs, making it particularly suitable for medium and large-scale production.
High dimensional accuracy: Advanced manufacturing processes ensure the dimensional consistency of each product, enhancing the assembly quality and efficiency of the entire machine.
Low cost: Powdermetallurgy technology can be compacted into final size and does not require post-learning machining, which can greatly save metal materials and reduce product costs.
Powder metallurgy bushing advantages: low noise, wear resistance
Customized processing: It can be processed into straight bushings, flanged flanged bushings, gaskets, sliders, non-standard shaped parts, etc., and supports non-standard product customization.
