850 PSI Valve for Type II Models 6175 & 6170

The 850 PSI Valve for Type II Models 6175 & 6170 is a precision flow control valve engineered to bridge the compatibility gap between GM-style power steering pumps and Ford rack-and-pinion steering systems. This adapter valve solves a common installation challenge faced by enthusiasts performing cross-platform steering conversions, allowing seamless integration without requiring complete system overhauls. Built for reliability in demanding applications, this valve is essential for anyone retrofitting modern Ford steering geometry onto classic or modified GM platforms.

Constructed from durable steel with a natural finish, the 850 PSI Valve regulates system pressure and flow characteristics to match the specifications required by Ford-style rack-and-pinion assemblies when fed by a GM pump. The 850 psi pressure rating ensures the valve maintains control across the full operating range of both pump and steering system, preventing over-pressurization while guaranteeing adequate flow for responsive steering feedback. Its compact design—measuring just 1.8 x 1.4 x 4.85 inches and weighing a mere 0.02 lbs—fits seamlessly into tight engine bay configurations, making it ideal for space-constrained installations where steering system modifications demand minimal footprint.

This valve is specifically designed for builders working with TUFF-STUFF Type II pump models 6175 and 6170, making it the correct choice for GM-to-Ford steering conversions on street rods, restorations, and custom vehicles. Professional installers and DIY enthusiasts appreciate its plug-and-play compatibility when transitioning from original steering systems to upgraded Ford rack-and-pinion assemblies, eliminating guesswork during cross-platform swaps. Whether you're modernizing steering response or completing a frame-off restoration with contemporary steering geometry, this precision valve ensures pressure regulation and system longevity. Installation should be performed by those familiar with power steering system work, as proper routing and connection are critical to avoid leaks and ensure full functionality.