Designed to provide the best possible heat protection in areas where high temperatures are always present and problematic, Heat resistant shield aluminum self-adhesive limits heat transfer on fire walls, transmission tunnels, floor boards, fuel cells and other areas where heat is an issue. Heat resistant shield aluminum self-adhesive provides excellent light weight thermal protection, acts as a guard against track and road debris, and provides sound deadening as well.
Constructed with an embossed 10 mil aluminum face bonded to 1/8” composite glass-fiber core and backed with a high temp super strong pressure sensitive backing, Heat resistant shield aluminum self-adhesive withstands up to 1750°F of direct continuous heat. The adhesive side holds past 450°F. Its improved multifaceted modern aluminum surface offers improved reflectivity and rigidity and allows for ease of installation. At only 3/16” thick, this product can be shaped and trimmed for a custom fit and is ideal for minimal clearance areas.
With a unique and patented finely woven glass-fiber backing, Heat resistant shield aluminum self-adhesive is the easiest, most cost effective way to control thermal transfer while protecting expensive components and vehicle occupants from extreme heat situations and sound.
Heat resistant shield aluminum self-adhesive can be used on any number of surfaces including, metal, aluminum, carbon fiber, plastic, and more. Multiple uses include: fire walls, under hoods, transmission tunnels, floor pans, fuel cells, and exterior under vehicle locations – anywhere to reflect damaging heat.
This product contains glass fibers, please observe our safety instructions before mounting. Click HERE to read the safety instructions.
Article number: HSARMOR03
Dimensions: 15 x 15 x 120
|Material||Aluminum, Fiberglass, Adhesive|
|Max. direct heat | °C||1750°F / 950 ° C of direct continuous heat, the adhesive side 450°F / 230 ° C|
|Max. Radiant Heat | °C|
|Heat conductivity coefficient (λ value) | W/(mK)||0.044|
|Thickness | mm||4|
|Length | cm|
|Width | cm|