Stainless Steel Brakes

Stainless Steel Brakes Corporation (SSBC) first pioneered the stainless steel sleeved caliper for classic Corvette and Mustangs back in 1975. SSBC is the industry standard for high quality brake systems and components, offering a complete line of disc brake conversions and performance brake upgrades for classic muscle cars, late model performance vehicles, street rods and customs, trucks/SUVs and sport compacts.

At SSBC, braking is all they do. Experts are dedicated to bringing you the best braking technology, for as much as 25% shorter stopping distances. SSBC have and will continue to take steps to improve their capabilities. Some recent steps include:
* Successfully passing an ISO 9001:2000 quality system audit, bringing higher levels of standardization and quality control to our organization
* Installing three automated parts carousels and a modern shipping system, allowing us to quickly fill and ship orders
* Utilizing state-of-the-art CAD software for rapid product development
* Using Finite Element Analysis (FEA) software to provide powerful design validation and stress analysis prior to manufacturing
* Purchasing a 3D printer that allows us to produce sample parts to check fitment
* The installation of a Coordinate Measuring Machine (CMM), allowing us to measure product tolerances, further ensuring proper fitment and safety
* Replacing three outdated CNC machining centers with four new ones in 2004; another new CNC has since been added, bringing our total number to nine
* Installation of a cutting edge CNC Bridge & Rail System that utilizes Plasma/Oxy-Fuel sources to mass produce various brake components to precise standards
SSBC's signature line of aluminum calipers was first introduced in the late 1990's. These lightweight calipers greatly reduce unsprung weight, which improves ride quality. Most are available polished and all can be powder coated a variety of colors for added visual appeal. They are available in both front and rear kits, and come in single, 2, 3, 4, 6 and 8-piston configurations.