Design Engineering High-Temperature Aluminum Silicone Coating Spray

Design Engineering High-Temperature Aluminum Silicone Coating Spray protects surfaces from extreme heat up to 1500°F and extends exhaust wrap life. Durable.

Designed to work seamlessly with all Design Engineering exhaust wraps, this coating creates a tough flexible barrier that seals and protects the wrap from oil, dirt, grime, and abrasion. By shielding exposed surfaces, it helps extend the life of heat resistant materials and reduces maintenance needs in automotive and industrial settings. The coating adds resilience against cracking and peeling under harsh conditions, supports consistent temperature management, and maintains wrap performance in demanding environments such as headers, engine blocks, manifolds, starters, grills, and other hot areas.

With a 12 oz can, the product applies easily and cures at 400°F in 2 hours. For best results, apply at least three coats, allowing a heat cycle between each for proper curing and maximum durability. The coating adheres well to metal surfaces and is designed to work with Design Engineering wraps to protect and extend the life of heat resistant components. This silicone coating spray provides a protective barrier that remains flexible at high temperatures, helping reduce maintenance intervals in both vehicle maintenance and industrial equipment applications.

Features:

• Ultimate protection from Design Engineering High-Temperature Aluminum Silicone Coating Spray shields exhaust wraps from dirt, debris, and grime, extending lifespan.
• Withstands extreme heat up to 1200°F, penetrating, sealing and protecting exhaust wraps while shielding metal surfaces.
• Easy to use 12 oz high-temp sealant that cures at 400°F in 2 hours with guidance to apply at least three coats and heat cycles.
• Compatible with Design Engineering exhaust wraps and also protects various metal surfaces for improved durability.
• Made in the USA to support local manufacturing and consistent quality.
• Resists cracking and peeling under harsh conditions, maintaining protection during harsh thermal cycles.