ALL BALLS Universal Joint Kit for Polaris 19-1011 – Heavy Duty U-Joints with Stainless Steel Clamps and Upgraded Cross Diameter

The ALL BALLS Polaris 19-1011 universal joint kit is designed for durability and high performance in demanding applications. Crafted from cold-forged SCM-415 steel, these U-joints offer exceptional strength and reliability. The precision-ground journals are case hardened to HRC 58-61, ensuring long-lasting wear resistance. This kit is pre-greased with high-temperature Lithium Complex 3 grease, which provides excellent lubrication and reduces maintenance needs. The inclusion of zerk fittings and grease channels in the bearing cup allows for even distribution of grease, enabling easy re-lubrication to extend service life. For low clearance applications, the kit includes a cap plug to eliminate the grease zerk, enhancing versatility and ease of installation. Honda yoke assemblies feature upgraded cross diameters from 17 mm to 19 mm, providing increased strength and stability. The components are equipped with stainless steel clamps and high-quality neoprene rubber boots, which offer outstanding abrasion resistance and longevity under harsh conditions. This universal joint kit is engineered to withstand the rigors of off-road and heavy-duty use, making it an excellent choice for Polaris vehicles and other similar applications. Installation is straightforward, and the robust construction ensures reliable operation over a long service life, even in challenging environments.

Features:

• Constructed from cold-forged SCM-415 steel for enhanced strength

• Precision-ground journals hardened to HRC 58-61 for wear resistance

• Pre-greased with high-temperature Lithium Complex 3 grease for optimal lubrication

• Grease channels and zerk fittings enable easy re-lubrication

• Includes cap plug for low clearance applications

• Upgraded cross diameter from 17 mm to 19 mm on Honda yoke assemblies

• Stainless steel clamps for corrosion resistance and secure fit

• High-quality neoprene rubber boots provide abrasion resistance and durability