Tin Bronze Bushing For Mining Equipment uses high-purity copper as the base material, and ...
Tin Bronze Bushing For Engineering Machinery is made of high-quality high-purity copper substrate, precision-casted with alloy elements such as tin, zinc, and lead. It has wear resistance, corrosion resistance, and self-lubricating properties. Designed for high-load, high-impact, and frequent friction conditions of engineering machinery, it can significantly reduce equipment wear and extend the service life of key components. It is suitable for bearings, sleeves, and bushings of heavy equipment such as excavators, loaders, and bulldozers.
High strength and wear resistance-high tin content provides excellent wear resistance, adapts to the harsh environment of engineering machinery such as mud, sand, and dust, and reduces the loss caused by friction.
Self-lubricating and anti-friction-the lead element in the alloy can form a lubricating film, reduce the friction coefficient, reduce lubrication dependence, and avoid the problem of jamming caused by dry friction.
Corrosion and fatigue resistance-excellent corrosion resistance, can resist the erosion of moisture, rain, and engineering chemical media, and extend service life. High load-bearing capacity-high-density alloy structure can withstand the strong vibration and high impact load of engineering machinery to avoid deformation or cracking.
Precision machining and adaptation - support customized size, tolerance and surface treatment according to customer needs to ensure perfect match with the equipment.
Strict quality control - use high-purity raw materials, precision casting + CNC machining to ensure dimensional accuracy and stable performance.
Ultra-long service life - compared with ordinary copper bushings, wear resistance is improved, replacement frequency is reduced, and maintenance costs are reduced.
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