Looking for a turbocharger hose that can withstand extreme temperatures and pressures? Look no further than the Double Hump Hose. This silicone hose is rated for temperatures from -50 to 170 degrees Celsius (-60 to 340 degrees Fahrenheit) and pressures up to 220PSI. It also has a 5mm wall thickness to resist abrasion and wear. So whether you're looking for a turbocharger hose for your engine or any other high-performance application, the Double Hump Hose is the way to go.

Additional Information

High performance multi layered Silicone hose. Constant temp resistant from -50 to 170 degrees Celsius (-60 to 340 degrees Fahrenheit) and pressure rated to 220PSI with a 5mm wall thickness. Engineered to Win by Turbosmart.

Part Type

Intercooler Hose Kit

Product Downloads

#	Document Type	Download
1.	Catalog

Installation guides, warranty details, and other supporting documents are provided by the supplier. In some cases, these files may originate from regions outside your locale, meaning instructions, warranty procedures, and images may not fully align with your specific vehicle or region (e.g., LHD vs. RHD differences, return policies, etc.). If you need clarification, please contact a StreetFX support agent.

Whether you're after a transition, straight, angled, or T-coupler, Turbosmart can offer the perfect silicone coupler replacement for you! These silicone couplers may be used with a variety of pipe sizes and bends. They're manufactured from high-grade silicone to offer superior temperature resistance, which makes them an ideal choice for building any custom plumbing, heating, cooling, or pressurized air system. Turbosmart silicone couplers are pressure-rated to 220 psi, so you know they're built tough enough to handle any plumbing job--big or small!

No specific fitment data available for this part. For clarification, please contact us.

Detailed Compatibility

This may not be an exhaustive list of compatible vehicles. Please reach out to one of our representatives if you are unsure or do not see your vehicle here.