Known as Heim joints after their original inventor, rod ends are specifically engineered to provide flexibility in various fixed or conventional housing setups. They are not only easy to install but also highly adaptable for numerous mechanical and linkage applications, making them indispensable in industries like industrial manufacturing and agriculture. You'll find rod ends in a wide range of equipment, including helicopters, aircraft, ships, submarines, agricultural machinery, recreational vehicles, and hydraulic systems for material handling.

Robust Rod Ends for Industry and Agriculture

Rod ends come in two main types: male and female. Their sizes differ depending on the intended application and the radial load they need to support. Given the challenging conditions rod ends often face—such as extreme temperatures, high friction, and heavy stress—their bearing balls must be crafted to endure such demanding environments. Additionally, flexibility is key, as rod ends allow for greater movement in connected parts compared to rigid designs. Below are some exemplary models of both types, prioritizing quality, dependability, and longevity:

Male Rod Ends: These rod ends feature bodies made of low-carbon steel, which undergo chromate treatment and zinc plating to shield them from harsh environmental factors that could lead to early wear and damage. The bearings are constructed from 52100 steel, complete with hard chrome plating to enhance resistance against external elements.

Female Rod Ends: Similar to their male counterparts, these also incorporate all the specialized treatments for durability and affordability, ensuring they meet the needs of any application.

For all your machinery requirements, whether you're operating in tough conditions or using them for any purpose, trust The Big Bearing Store. We maintain an extensive inventory of nearly every part you might need, with most items available for same-day shipping from our large warehouse. You simply won't find a better balance of affordability, quality, and reliability elsewhere.