SKF Rod End Bearing M42 x 3 Male Thread, 40mm Bore, 94mm Overall Length, Steel, Dynamic Load 100kN, Static Load SA 40 ES-2RS

SKF SA 40 ES-2RS Rod End Bearing is engineered for high-performance industrial applications demanding robust load support. Featuring a 40mm bore and a male M42 x 3 thread, this rod end provides compatibility with a wide range of mechanical assemblies. Constructed with durable steel, it stands up to dynamic loads up to 100kN and static loads reaching 140kN, making it suitable for heavy-duty environments and machinery.

The compact overall length of 94mm aids easy integration into tight spaces without compromising strength. The male thread facilitates secure and precise connections, essential in applications where alignment and load stability are critical.

This Rod End Bearing is commonly used in industries such as manufacturing, automation, robotics, and mechanical linkages where high load capacity and durability are required. Its steel construction offers excellent fatigue resistance and tensile strength for extended service life. Regular maintenance including lubrication and inspection helps maintain optimal function and performance.

Manufactured in Germany, this bearing component adheres to stringent quality protocols to ensure reliability in demanding industrial environments. Suitable for industrial mechanical machinery, fluid power systems, and equipment requiring dependable rotary bearing solutions.

Designed for dynamic load capacity of 100kN, ensuring durability under stress. Static load rating of 140kN provides excellent resistance to mechanical forces. Constructed from high-quality steel for strength and longevity.

Compact overall length of 94mm facilitates installation in confined spaces. Male thread connection type ensures secure and precise mounting. Manufactured in Germany, assuring high standards and quality control. Explore more high-quality bearing components and rod ends in EnvMart's Industrial Tools & Equipment category to support your mechanical and fluid power applications.