B&G Titanium Adhesive Heat Barrier Sheet
$ 14.93
- Superior Heat Shielding with Titanium Adhesive Heat Barrier SheetThe B&G Titanium Adhesive Heat Barrier Sheet is your ultimate defense against extreme temperatures. Engineered with cutting-edge titanium-infused material, this sheet reflects up to 90% of radiant heat, safeguarding vital vehicle components such as firewalls, underbonnet areas, fuel tanks, and turbo systems. Whether you’re preparing for track use or enhancing a high-performance road car, this heat barrier ensures optimal thermal insulation and reliability.Key Features:Reflects up to 90% of radiant heatTitanium-infused surface for extreme heat resistancePerfect for motorsport and performance street applicationsEffortless Installation with Peel-and-Stick Heat ShieldInstalling the titanium adhesive heat barrier sheet is as simple as cut, peel, and apply. Thanks to its powerful pressure-sensitive adhesive backing, it bonds seamlessly to any clean metal, plastic, or carbon fiber surface. No adhesives, rivets, or fasteners required.To apply:Cut to size using scissors or a utility knifePeel away the linerPress firmly on the target surfaceSmooth out air bubbles for a tight bondThis DIY-friendly solution makes it ideal for quick upgrades or complex builds where downtime needs to be minimal.Durable, Lightweight, and Track-Tested Titanium Heat ShieldDespite its feather-light construction, the B&G Titanium Adhesive Heat Barrier Sheet delivers professional-grade durability. It withstands high vibration, chemical exposure, and direct radiant heat without peeling or degrading. Its pliability also allows it to wrap around tight bends, uneven surfaces, and confined spaces — making it the most versatile heat shield solution on the market.Popular applications include:Engine bays and turbo systemsUnderbody panels and transmission tunnelsInterior firewalls and cabin floorsIntake systems and intercoolersWhether you’re drifting, circuit racing, or drag launching, this sheet ensures peak performance in any temperature zone.
