Piston Pin Bush

Product Description

Piston Pin Bush

We are one of the foremost firms engaged in manufacturing and supplying the premium quality of Piston Pin Bush from Jamnagar. In internal combustion engines, the piston pin connects the piston to the connecting rod, and provides a bearing for the connecting rod to pivot upon as the piston moves so that the environment and sounds can be maximally attenuated. The bushes have got rugged construction and perfect dimension for which, they not only ensure long service life but also acts phenomenally. Moreover, we have made available Piston Pin Bushes in a variety of specifications to meet the growing demands for the product. Due to these wide-ranging properties our assortment meets the demands of textile and hydraulic industries. This extensive variety is accessible to our valued customers at market leading prices. Our offered segment is available in various sizes, lengths and specifications as per clients demands. These piston bushed are manufactured with very high quality cast iron which has certain percentages of carbon, chromium, nickel and molybdenum.
Features of Spring Leaf Bush

    Dimensional accurate
    Peak level performance
    Corrosion resistant
    Precisely designed
    Great utility
    Excellent heat dissipation
    Supreme tensile strength
    Provides high load carrying capacity
    Corrosion free

High-Performance Engine Component

Designed specifically for automotive engines, our piston pin bushes provide excellent load-bearing support and precise alignment in piston assemblies. The bronze alloy ensures durability, high hardness, and resistance to corrosion, making it suitable for demanding operating conditions. These bushes cater to various engine sizes and specifications, ensuring reliability across applications.


Advanced Self-Lubricating Technology

Our piston pin bushes feature either self-lubricating or oil-impregnated systems, reducing maintenance intervals and providing smoother operation. This advanced lubrication minimizes friction and wear, enhancing engine performance and extending component lifespan even in high-speed or high-temperature environments.