A turbocharger is a great way to increase engine power, but it can also create some challenges for your plumbing. Hose reducers are an essential part of the turbocharger equation, and they need to be up to the task of handling high temperatures and pressures. Our silicone hose reducers are designed for that purpose, with constant temperature resistance from -50 to 170 degrees Celsius (-60 to 340 degrees Fahrenheit) and pressure rated to 220PSI. With a 5mm wall thickness, they can handle whatever your turbocharged engine can dish out.Thanks to its multi-layered construction, this hose can withstand higher temperatures and pressures than other silicone hoses on the market. Order your Turbosmart Silicon Hose Reducer today!
2 inches To 2.5 inches Straight Turbo/Intercooler/Intake Piping Coupler Reducer Silicone Hose (Black & Red) : Automotive
5 ply Black Silicone Hose for high pressure diesel boost
cdn.shopify.com/s/files/1/0354/8135/4376/files/SR2
cdn.shopify.com/s/files/1/0354/8135/4376/files/COO
Black 2 to 2.5 Inch Silicone Straight Reducer Coupler
Description, High performance multi layered Silicone hose. Constant temp resistant from -50 to 170 degrees Celsius (-60 to 340 degrees Fahrenheit) and
Turbosmart TS-HR350400-BK Hose Reducer 3.50-4.00 BLACK
Turbosmart Hose Reducer 2.00-2.50 - Blue
Hose Reducer 1.75-2.00 BLACK
Turbosmart Hose Reducer 2.00-2.50 - Black - TS-HR200250-BK - Beefcake Racing
TURBOSMART 45 Reducer Elbow 2.00-2.50 Black TS-HRE2025-BK
1.75 inches To 2 inches Straight Turbo/Intercooler/Intake Piping Coupler Reducer Silicone Hose (Black) : Automotive
Turbosmart: 90° Reducer Elbow Silicone Hose : Various Sizes / Colours - Ross Sport Europe Ltd
Turbosmart TS-HH200-BK Double Hump Hose 2.00 - Black – ML Performance
Looking for a turbocharger hose that can withstand extreme temperatures and pressures? Look no further than the Double Hump Hose. This silicone hose
Silicon Double HumpSilicon Hose 2.50 (Black)
Pegasus SR63.45-BLACK, Black Silicone Hose, 2 1/2 x 1 3/4 inch ID Straight Reducer (no logo) : Automotive