Vibrant

Vibrant Vanjen Aluminum Union Sleeve for 4in OD Tubing (for use with Weld Fittings Part #12548) - 12568

Vibrant Performance HD Clamp Union Sleeves are manufactured from Hard Anodized 6061 Aluminum. Our Union Sleeves are available in black only.

Vibrant Vanjen Aluminum Weld Fittings for 2.5in OD Tubing (for use with part #12565) - Sold In Pairs - 12545

Vibrant Performance HD Clamp Weld Ferrules are available in 6061 Aluminum, 304 Stainless Steel and now also available in CP2 Grade Titanium. Each Weld Ferrule includes an O-Ring Seal.

Vibrant Vanjen Aluminum Weld Fittings for 3.5in OD Tubing (for use with part #12567) - Sold In Pairs - 12547

Vibrant Performance HD Clamp Weld Ferrules are available in 6061 Aluminum, 304 Stainless Steel and now also available in CP2 Grade Titanium. Each Weld Ferrule includes an O-Ring Seal.

Vibrant Vanjen Aluminum Weld Fittings for 3in OD Tubing (for use with part #12566) - Sold In Pairs - 12546

Vibrant Performance HD Clamp Weld Ferrules are available in 6061 Aluminum, 304 Stainless Steel and now also available in CP2 Grade Titanium. Each Weld Ferrule includes an O-Ring Seal.

Vibrant Vanjen Aluminum Weld Fittings for 4in OD Tubing (for use with part #12568) - Sold In Pairs - 12548

Vibrant Performance HD Clamp Weld Ferrules are available in 6061 Aluminum, 304 Stainless Steel and now also available in CP2 Grade Titanium. Each Weld Ferrule includes an O-Ring Seal.

Vibrant Vanjen Retainer Pin - 12598P

Recommended Products: 1st Choice PN: 12525, 2nd Choice PN: 12526, 3rd Choice PN: 12527, 4th Choice PN: 12528

Vibrant Vertical 304 SS Nominal 3 in. Oval / 3.10 in. Centerline Radius, 9 degree per cut -Set of 5 - 13576

Vibrant Performance Oval and Round Pie Cuts allow you to make custom bends in your exhaust pipe setup. Available to fabricate 45 and 90 degree elbows, our Oval Pie Cuts are offered in sizes ranging...

Vibrant Vertical 304 SS Nominal 3in. Oval / 2.35 in. Centerline Radius, 15 degree per cut -Set of 3 - 13571

Vibrant Performance Oval and Round Pie Cuts allow you to make custom bends in your exhaust pipe setup. Available to fabricate 45 and 90 degree elbows, our Oval Pie Cuts are offered in sizes ranging...

Vibrant Vertical 304 SS Oval Pie Cuts 3.5in OD Tight 45 Degree Elbow - 13581

Vibrant Performance Oval and Round Pie Cuts allow you to make custom bends in your exhaust pipe setup. Available to fabricate 45 and 90 degree elbows, our Oval Pie Cuts are offered in sizes ranging...

Vibrant Vertical 304 SS Oval Pie Cuts 4.0in OD Tight 45 Degree Elbow - 13591

Vibrant Performance Oval and Round Pie Cuts allow you to make custom bends in your exhaust pipe setup. Available to fabricate 45 and 90 degree elbows, our Oval Pie Cuts are offered in sizes ranging...

Vibrant Vertical Flow Intercooler 22in. W x 14in. H x 4.5in. Thick - 12853

Vibrant Performance Vertical Flow Air to Air Intercooler Cores feature Bar and Plate construction and a unique louvered fin design on the ambient path that maximizes the core's available surface...

Vibrant Vertical Flow Intercooler 27in. W x 6in. H x 4.5in. Thick - 12852

Vibrant Performance Vertical Flow Air to Air Intercooler Cores feature Bar and Plate construction and a unique louvered fin design on the ambient path that maximizes the core's available surface...

Vibrant Vertical Flow Intercooler Core 12in W x 12in H x 3.5in Thick - 12850

Vibrant Performance Vertical Flow Air to Air Intercooler Cores feature Bar and Plate construction and a unique louvered fin design on the ambient path that maximizes the core's available surface...

Vibrant Vertical Flow Intercooler Core 12in. W x 8in. H x 3.5in. Thick - 12857

Vibrant Performance Vertical Flow Air to Air Intercooler Cores feature Bar and Plate construction and a unique louvered fin design on the ambient path that maximizes the core's available surface...

Vibrant Vertical Flow Intercooler Core 18in. W x 12in. H x 6in. Thick - 12862

Vibrant Performance Vertical Flow Air to Air Intercooler Cores feature Bar and Plate construction and a unique louvered fin design on the ambient path that maximizes the core's available surface...