BLACK FEMALE ROD END 10/32 ALUMINIUM 3/16″ B&M CABLES

Description

Optimize mechanical connections with this black female rod end, engineered to provide secure and accurate articulation in fabrication and fastener applications. Its aluminium construction ensures a durable yet lightweight solution, weighing only 0.0130 kg, reducing overall assembly weight without sacrificing strength.

This rod end features a 10/32 thread size, compatible with standard 3/16″ B&M cables, allowing seamless integration with existing cable systems. Its precise machining delivers consistent performance and smooth movement, critical for maintaining alignment and reducing wear in dynamic linkages.

The compact dimensions—3.50 cm in length, 1.50 cm in width, and 1.00 cm in height—enable installation in confined spaces where larger rod ends would be impractical. This size specificity supports design flexibility for custom fabrication projects requiring tight tolerances.

Manufactured by FK Rod Ends, a trusted brand in precision fasteners and linkage components, this rod end adheres to rigorous quality standards. The black anodized finish not only provides corrosion resistance but also enhances longevity under harsh environmental conditions.

Its lightweight aluminium body balances strength and weight savings, crucial for applications where reducing mass can improve system responsiveness and efficiency. The 10/32 female thread ensures a secure connection to male-threaded components, minimizing play and ensuring reliable operation.

This rod end is ideal for professionals engaged in fabrications involving control linkages, throttle cables, or other mechanical assemblies requiring precise articulation points. Its robust construction and exact specifications provide peace of mind in demanding environments.

Choose this FK Rod Ends black female rod end to achieve dependable performance and precise fit in your fabrication projects. Its detailed engineering and material selection guarantee a component that enhances system reliability and longevity.