DEI Heat Sheath GOLD High Temp Polyimide Lamination with Glass Fiber Base
Only 1 Left!SKU: 10916
$42.09
As low as $10.52/mo with or . (Pay in 4 interest-free payments)
DEI Heat Sheath GOLD High Temp Polyimide Lamination with Glass Fiber Base This listing is for one DEI Heat Sheath GOLD. The photo may show more than is included; this listing is for: DEI Heat Sheath GOLD 1/2in x 36in. Protect critical lines, hoses and wiring with DEI Heat Sheath GOLD — a high-performance sleeving engineered to resist extreme heat and abrasion in demanding automotive and industrial applications. Key Features High temperature metalized polyimide lamination reflects radiant heat up to 800°F, reducing heat transfer to protected components. 20oz heat-treated glass fiber base provides exceptional mechanical strength and abrasion resistance. Base glass rated to 1100°F for short-duration exposure and superior durability in high-heat environments. Lightweight, flexible sleeving for easy routing and installation around hoses, wires and air intakes. Benefits Extends service life of hoses, lines and wiring by preventing heat-related failure. Maintains cooler operating temperatures for sensitive components and improves reliability. Resists chafing and abrasion in tight or vibrating assemblies. Applications: Ideal for turbo, exhaust-adjacent, engine bay and industrial heat-shielding where radiant heat protection and abrasion resistance are required. Do not apply directly to exhaust components. DEI Heat Sheath GOLD combines advanced polyimide reflective technology with a rugged glass fiber core to deliver long-lasting thermal protection when performance matters most.
High-temp polyimide lamination reflects heat up to 800°F, enhancing protection.
Durable 20oz glass fiber base ensures long-lasting resistance to abrasion and wear.
Rated for short bursts at 1100°F, perfect for extreme automotive environments.
Lightweight and flexible design simplifies installation around tight spaces.
Extends component lifespan, reducing heat-related failures in demanding applications.