Stainless U-Joint 3/4in-36 x 3/4in DD

The Borgeson Stainless U-Joint 3/4in-36 x 3/4in DD is a single-joint steering universal coupling designed to connect steering components with misaligned shafts while transmitting rotational force smoothly. This stainless steel u-joint accommodates the transition between a 3/4-inch 36-spline shaft and a 3/4-inch double-D shaft, making it a critical component in custom steering systems and shaft-driven mechanical assemblies where corrosion resistance and durability are essential.

Constructed from stainless material throughout, this u-joint resists corrosion in harsh environments—a significant advantage over carbon steel alternatives, especially in salt-air exposure or outdoor equipment applications. The 3/4-inch diameter design provides substantial strength while the dual spline-to-double-D configuration allows secure mechanical engagement without slippage. The single-joint construction keeps the assembly compact while maintaining the flexibility needed to accommodate angular misalignment between connected shafts. Weight of 0.88 lbs keeps rotational mass minimal, important in applications where inertial load affects overall system efficiency.

This steering universal joint is suited for custom vehicle steering systems, marine steering applications, industrial shaft couplings, and off-road equipment where shaft misalignment is common and corrosion resistance is required. Builders and technicians working on high-performance or purpose-built vehicles rely on Borgeson u-joints for their precision engineering and material integrity. The stainless construction eliminates the need for protective coatings and reduces long-term maintenance while maintaining a clean, natural appearance.

Borgeson has established itself as a manufacturer of precision steering components, known particularly for stainless steel universal joints and coupling solutions in the automotive and marine sectors. This u-joint model BRG113449 represents the brand's commitment to corrosion-resistant design and mechanical reliability in demanding applications.