The DEI 2-Inch x 50-Foot Black Glass Fiber Exhaust Wrap is engineered to tackle extreme underhood heat while enhancing exhaust system performance. This high-quality wrap is designed to reduce under hood temperatures by up to 50%, helping to maintain cooler intake air and prevent power loss caused by excessive heat. Wrapping headers and down pipes with this product not only minimizes heat transfer but also retains exhaust gases within the system, decreasing exhaust density and boosting overall flow efficiency. These improvements translate into increased horsepower and better engine responsiveness, making it an essential upgrade for performance enthusiasts.
Constructed from durable glass fiber, the wrap withstands direct heat up to 1200°F and radiant heat up to 2000°F. The product features stainless steel locking ties, which ensure a tidy, secure, and professional installation without the need for specialized tools. Its added durability and heat retention properties help prolong the lifespan of your exhaust components while maintaining optimal thermal performance. The wrap comes with comprehensive installation guidelines, simplifying the process for both novice and experienced users.
It is important to note that wrapping catalytic converters is not recommended, as overheating may reduce their lifespan. Instead, consider using DEI’s Corvette Catalytic Converter Shield or creating custom shields with DEI’s Floor & Tunnel Shield II™ for added protection. After heat cycling, the wrap cannot be removed or repositioned easily, as the fibers lose flexibility and do not regain it after being heated. Avoid wrapping flex pipes or joints to prevent damage. For titanium exhaust systems, DEI advises against wrapping, as it can cause the alloy to become brittle and crack prematurely. Instead, flexible heat shields are recommended to manage heat effectively.
Designed for universal application, this exhaust wrap offers robust heat resistance and installation ease. It is an effective solution for reducing engine bay temperatures, improving exhaust flow, and increasing horsepower, making it a popular choice among automotive performance enthusiasts seeking reliable thermal management.
Features:
- Withstands 1200°F direct/2000°F radiant heat
- Reduces under hood temperatures by up to 50%
- Decreases exhaust density and increases flow
- Includes installation guidelines for easy setup
- Offers added durability and heat retention
- Improves engine horsepower and performance