DEI Floor & Tunnel Shield II

Use as a barrier to reflect and insulate from any heat source. Designed to provide the best possible heat protection in areas where high temperatures are always present and problematic, Floor & Tunnel Shield II™ limits heat transfer on fire walls, transmission tunnels, floor boards, fuel cells and other areas where heat is an issue. Floor & Tunnel Shield II™ 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 1/8in composite glass-fiber core and backed with a high temp super strong pressure sensitive backing, Floor & Tunnel Shield II™ withstands up to 1750°F of direct continuous heat. The adhesive side holds past 450°F. Its improved multifaceted modern aluminum surface offers improved reflection and rigidity and allows for ease of installation - aluminum side must face the heat source. 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, Floor & Tunnel Shield II™ is the easiest, most cost effective way to control thermal transfer while protecting expensive components and vehicle occupants from extreme heat situations and sound. Floor & Tunnel Shield II™ 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.

• 10 mil dimpled aluminum face
• Protection for engine compartments
• Protection for painted body parts
• Comfortable interior at any temperature
• Hi-temp adhesive for a "do-it-once" install
• Extreme heat barrier - aluminum side should face the heat
• Only 3/16" thick
• Use as barrier to reflect and insulate from any heat source
• Great for exterior applications

Backing:
Adhesive

Direct Heat Resistance:
1750°F