Retaining Collar For For Torque Ball Housing

The Retaining Collar For Torque Ball Housing by Ti22 PERFORMANCE is a precision fastening component engineered for high-performance engine and drivetrain assemblies where rotational torque control and component retention are critical. This collar is purpose-built for technicians, performance rebuilders, and motorsports professionals who demand reliable retention of ball housing assemblies under extreme operational stress. Whether you're assembling a racing engine, rebuilding a supercharger, or maintaining heavy-duty transmission components, this retaining collar ensures secure positioning and prevents unwanted axial movement during operation.

Manufactured to Ti22 PERFORMANCE's exacting standards, this retaining collar utilizes precision engineering to maintain consistent clamping force on torque ball housing assemblies. The collar's design allows for controlled tightening without over-torquing, a critical factor in preventing component damage while maintaining structural integrity under high RPM conditions. The compact footprint—measuring 6.4 x 2.6 x 8.05 inches—fits seamlessly into tight engine bays and assembly spaces typical of modern performance builds. At 0.66 lbs, the collar maintains minimal weight while delivering maximum holding strength, making it ideal for applications where every pound matters.

Performance builders, engine machine shops, and transmission specialists will appreciate the reliability and repeatability this component provides across multiple assembly cycles. The retaining collar is essential for anyone rebuilding superchargers, turbochargers, or precision engine assemblies where ball housing stability directly impacts performance and longevity. Installation is straightforward for experienced technicians familiar with torque specifications and assembly procedures—consult your engine or drivetrain manual for proper torque values specific to your application. Ti22 PERFORMANCE's reputation for precision manufacturing ensures this collar will perform consistently through thousands of operating hours.