Thermo Tec Exhaust Wrap; 100-Foot x 2-Inch; Natural Color (Universal; Some Adaptation May Be Required)

Description

Thermal Management Enhancement. The Thermo Tec Exhaust Wrap (100-Foot x 2-Inch; Natural Color) is designed to improve engine efficiency by retaining exhaust heat, which leads to faster gas expulsion and enhanced horsepower. It is applied by wrapping headers to reduce under-hood temperatures and improve the vehicle’s overall thermal performance.

Construction and Appearance. Made from high-temperature resistant, asbestos-free materials, the wrap can withstand continuous exposure up to 2000°F. It features a durable, natural-colored texture enhanced with a proprietary Thermal Conduction Technology coating that regulates heat flow and prevents system overheating.

Installation. Installation involves carefully wrapping the headers to ensure proper heat retention and dissipation. The process is straightforward and does not require any drilling, suitable for those experienced with automotive thermal upgrades.

Warranty. This product is backed by a comprehensive warranty that protects against defects, supporting customer confidence in its durability and performance.

Application. Designed for universal fitment, though some adaptation may be necessary to achieve optimal results.

Thermo Tec 11003

CA Residents: WARNING: Cancer and Reproductive Harm

• Innovative solution engineered to boost horsepower and effectively reduce under-hood temperatures.
• Thermo-Tec pioneered the development of exhaust insulating wraps over three decades ago.
• Wrap retains hotter exhaust gases by enveloping headers, facilitating quicker gas expulsion.
• Reduced gas density enhances exhaust scavenging while simultaneously lowering intake temperatures.
• Constructed to withstand continuous heat levels up to 2000°F.
• Asbestos-free for safety and compliance with modern standards.
• Proprietary Thermal Conduction Technology coating prevents over-insulation when installed correctly.
• Coating regulates heat distribution, controlling both heat accumulation and dissipation.
• Fits universal applications; some adaptation may be required.