All Balls Racing U-Joint Kit 22mm x 55mm Part 19-1008

U-Joints are cold forged from SCM-415 steel, precision ground journals are case hardened to HRC58-61

Pre-greased with hi-temp Lithium Complex 3 grease, zerk and grease channels in bearing cup evenly distribute grease

Kits include cap plug to eliminate grease zerk for low clearance applications

Honda yoke assemblies have upgraded cross diameters from 17mm to 19mm and feature stainless steel clamps and hi-quality neoprene rubber boots for long life and abrasion resistance

The All Balls Racing U-Joint Kit Part 19-1008 is designed for reliable performance in demanding applications. This kit features high-quality components engineered to fit standard 22mm x 55mm joints, ensuring a secure and durable connection in your vehicle or machinery. Constructed with precision, the U-Joint Kit provides smooth operation and enhanced longevity, making it suitable for various automotive and off-road uses. Its robust build ensures resistance to wear and tear, contributing to consistent performance over time. Whether you're performing maintenance or replacing worn parts, this kit offers a straightforward solution to restore proper joint functionality.
Designed with ease of installation in mind, the All Balls Racing U-Joint Kit incorporates features such as corrosion resistance and high-strength materials to withstand harsh environments. The kit's compact design facilitates handling and installation, helping you complete repairs efficiently. Its comprehensive construction guarantees a tight fit, reducing the likelihood of failure and ensuring your vehicle or equipment operates smoothly. Invest in the durability and quality of All Balls Racing to maintain optimal performance and safety in your mechanical systems.

Features:

• High-quality construction for durability and long-lasting performance

• Designed for standard 22mm x 55mm joints

• Corrosion-resistant materials for harsh environments

• Easy installation for quick maintenance and repairs

• Reliable fit and secure connection to prevent failure