Adhesive backed aluminized heat barriers are engineered to provide superior thermal protection in high-temperature environments, making them an essential solution for automotive, aerospace, and industrial applications. These barriers are designed to reflect radiant heat, reduce heat soak, and protect critical components from thermal degradation.

Advanced Construction for Maximum Performance

• High-Temperature Resistance: Built with a woven silica or fiberglass base and a flexible aluminized surface, these barriers can withstand radiant heat up to 2000°F (1093°C) and direct contact temperatures of up to 500°F (260°C).
• Highly Reflective Surface: The aluminized layer effectively reflects up to 98% of radiant heat, minimizing heat transfer to underlying components.
• Durable and Resilient: Resistant to moisture, chemicals, and abrasion, ensuring long-lasting protection in harsh environments.

Easy Installation and Versatile Application

• Self-Adhesive Backing: Equipped with a high-temperature adhesive layer, allowing for quick and secure attachment to clean surfaces without the need for additional fasteners.
• Flexible and Conformable: Easily shapes to fit irregular surfaces, making it ideal for use in tight engine bays, firewalls, transmission tunnels, and under-hood areas.
• Lightweight yet Strong: Adds minimal weight while providing maximum thermal efficiency, crucial for performance applications.

Real-World Applications

• Automotive: Protects firewalls, hoods, fuel lines, wiring, intake systems, and exhaust components from excessive heat.
• Motorsports: Used in race cars, motorcycles, and off-road vehicles to prevent heat-related failures and improve component longevity.
• Industrial & Aerospace: Provides thermal shielding in factories, aircraft, and high-heat manufacturing environments where heat management is critical.

By choosing the right thickness and installation method, an adhesive backed aluminized heat barrier ensures optimal thermal protection, extending the lifespan of vital components while maintaining peak performance.