Menu

FORCING SCREW WASHER - OTC Tools and Equipment

Part #: 24837

The OTC Tools and Equipment 24837 Forcing Screw Washer is an essential component designed to enhance the performance and longevity of professional pulling systems in demanding automotive and industrial environments. This critical washer is engineered to provide superior load distribution and surface protection, ensuring efficient and damage-free component removal operations. Its robust construction makes it an indispensable part of any heavy-duty pulling assembly.

Key Features

  • Optimized Load Distribution: Specifically designed to spread the clamping force of a forcing screw evenly, minimizing stress concentrations on components and preventing damage during high-pressure applications.
  • Enhanced Surface Protection: Acts as a vital barrier between the forcing screw and the workpiece or puller components, guarding against marring, indentations, and premature wear.
  • Professional-Grade Durability: Manufactured by OTC Tools and Equipment, this washer is built from high-quality materials to withstand the rigorous forces associated with stubborn component removal, offering extended service life.
  • Prevents Loosening: Contributes to the overall stability of the puller assembly by resisting loosening caused by vibration and maintaining consistent tension during operation.

Applications

The 24837 Forcing Screw Washer is specifically integrated into OTC's professional pulling systems, such as the No. 927 10-Ton Push Puller, where it plays a crucial role in the effective and safe extraction of various components. It is commonly utilized in automotive repair shops, heavy-duty truck service centers, and industrial maintenance facilities for tasks including, but not limited to, bearing removal, gear pulling, and the extraction of other press-fit parts. By ensuring proper load distribution, this washer supports efficient operations in professional mechanical applications.

Recommended Alternatives

This product was added to our catalog on Thursday 22 January, 2015.