The DEI Heat Sheath (Part Number: dei93405) provides a reliable solution for protecting automotive lines, hoses, and wires from heat and abrasions without the need for disconnection. Crafted from high-temperature rated glass fiber fabric with a reflective aluminized outer surface, this 50-foot spool offers versatile coverage for diameters ranging from 0.5 to 1.25 inches. Its design allows for easy installation around existing lines and hoses, thanks to the convenient hook & loop closure along the open edges, enabling quick, tool-free setup without removal of connected components. This feature is especially beneficial for maintaining system integrity and reducing installation time in tight or complex spaces.
The DEI Heat Sheath reflects up to 90% of radiant heat, helping to keep lines and hoses cooler while preventing damage caused by heat, dirt, oil, and road grime. Its flexibility allows it to conform to tight bends and curves, making it ideal for various automotive applications. Reinforced with aramid thread, it offers outstanding resistance to high temperatures, abrasion, and flames, ensuring durability in demanding environments. The insulation is made from 19 oz high-temperature heat-treated glass fiber, finished with a tough aluminum outer layer that enhances heat reflection and protection. Its design ensures it is easily trimmed to length, providing a customized fit for different project needs.
Manufactured in the USA with a focus on quality craftsmanship, the DEI Heat Sheath is fireproof and suitable for use in high-temperature settings up to 2000°F. Its universal fit and adjustable diameter make it compatible with most hoses and lines, streamlining installation and maintenance. This product is ideal for automotive enthusiasts, mechanics, and professionals seeking a dependable, easy-to-install heat protection solution that offers superior durability and performance in extreme conditions. Please note, it should not be applied directly to exhaust components, but it excels in protecting lines from radiant heat, dirt, and abrasions across various automotive applications.
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