Vibrant Performance Piston Style Check Valves are lightweight and constructed entirely from 6061 Aluminum alloy. Available in sizes ranging from -6 to -16 AN,...
Vibrant's offering of non-swivel High Flow Hose End Fittings, designed exclusively for use with our offering of PTFE lined flex hose, deliver the type...
Vibrant Performance Turbo Manifold Merge Collectors are constructed from 304 Stainless Steel Schedule 10 pipe. Each component is precision 3D laser cut to create...
Vibrant Performance Braided PTFE Flex Hoses are available in Stainless Steel and Nylon braided covers and feature a highly durable and flexible PTFE inner...
Vibrant Performance Welded Double Slip Joints are constructed of 304 Stainless Steel, offering the best in corrosion resistance. These 100 percent back purged welds,...
Vibrant Performance Weld-On Exhaust Tips are manufactured from 304 Stainless Steel for optimum corrosion resistance. They are available with either a beveled or rolled...
Air Intake SystemsSilicone Couplers & HosesUnder 100Vibrant
Vibrant Performance Aramid Reinforced Silicone 90 Degrees Transition Elbows feature High Temperature Resistant Aramid Reinforcement Fabric between each layer of silicone which allows for...
Vibrant Performance Braided Flex Hoses are available in Stainless Steel and Nylon braided covers which provide excellent abrasion resistance and surrounds a reinforced CPE...
Vibrant Performance Horizontal Flow Air to Air Intercooler Cores feature Bar and Plate construction and a unique louvered fin design on the ambient path...
Vibrant Performance adapter fittings are lightweight and constructed from 6061 aluminum alloy. Vibrant Performance aluminum hose end fittings allow for the connection of Vibrant...
Vibrant Performance Merge Collectors feature complete 16 gauge, 304 Stainless Steel construction, precise fabrication and back purged TIG welds at every seam. Each Vibrant...
Vibrant Performance Vertical Flow Air to Air Intercooler Cores feature Bar and Plate construction and a unique louvered fin design on the ambient path...