The DEI Titanium 4-Inch Knit Exhaust Sleeve offers reliable thermal protection for high-performance exhaust systems. Measuring 36 inches in length, this sleeve is designed to fit over 4-inch diameter pipes, providing a versatile solution for larger exhaust configurations. Made from high-quality titanium, the sleeve can withstand maximum temperatures of up to 1800°F, with a continuous rating of 1382°F, making it suitable for demanding automotive applications. Its knitted construction allows for expansion up to 1.5 times the normal diameter, facilitating easy installation over flanges, sensor threads, or other components. The sleeve can be cut to custom lengths and features rolled edges for secure attachment, ensuring a snug fit that prevents heat transfer into vehicle cabins or sensitive components. This product includes two stainless steel locking ties and a tie tool, simplifying installation and ensuring a durable, secure hold. Designed for durability and heat resistance, the DEI Titanium Knit Sleeve is ideal for protecting components from extreme engine bay temperatures while maintaining optimal exhaust flow and performance. Whether you're customizing a high-performance vehicle or need reliable thermal insulation for exhaust modifications, this sleeve provides a professional-grade solution built for the most demanding environments. Its robust construction and included accessories make it a practical choice for both professional installers and DIY enthusiasts alike.
Features:
- 36-inch finished length suitable for 4-inch diameter exhaust pipes
- Made from high-grade titanium for maximum temperature resistance
- Maximum temperature rating of 1800°F with continuous operation at 1382°F
- Expandable up to 1.5 times the normal diameter for versatile installation
- Includes stainless steel locking ties and a tie tool for secure attachment
- Can be cut to custom lengths and easily rolled at the ends for a snug fit
- Ideal for protecting components and reducing heat transfer into vehicle cabins
- Durable knitted construction designed for demanding automotive applications