HP Sticky Shield 1/8 in thk 12 in x 23 in

The HP Sticky Shield 1/8 in thk 12 in x 23 in is a premium heat-shielding solution engineered for motorsports, industrial machinery, engine bays, and high-temperature equipment applications. This aluminized multi-layer cloth barrier protects sensitive components, crew members, and surrounding materials from radiant heat damage in extreme environments. Ideal for racing teams, automotive builders, fabricators, and industrial technicians, the Sticky Shield combines proven thermal protection technology with a practical adhesive backing that simplifies installation without fasteners or complex mounting systems.

Constructed from 1/8-inch-thick aluminized multi-layer cloth, this heat shield can withstand continuous exposure to temperatures up to 1100 degrees Fahrenheit, making it suitable for engine compartments, exhaust systems, and high-heat zones. The reflective aluminized surface redirects radiant heat away from vulnerable components, reducing underhood temperatures and protecting wiring, fuel lines, and electronic modules from thermal stress. The sticky adhesive backing—the signature feature of this design—eliminates the need for drilling, riveting, or welding, allowing technicians to position and secure the shield quickly and precisely without compromising structural integrity or creating additional heat paths.

This 12-inch-wide by 23-inch-long sheet is perfectly sized for protecting brake lines, fuel systems, transmission tunnels, and dash areas in vehicles, as well as for wrapping pipes and equipment in industrial settings. The flexible cloth backing conforms to curved and angled surfaces, ensuring full contact and maximum thermal protection across irregular geometries. Professional installers and DIY builders alike benefit from the straightforward application process: simply clean the target surface, peel the backing, and press firmly for permanent adhesion. The Sticky Shield's compact 0.4-pound weight and packable dimensions make it easy to deploy in tight spaces where traditional rigid heat shields cannot fit.