FMIC.Pro Stainless Steel Heat Shield / Welding Foil with Silicone Mat for Turbo, Downpipe, Manifold - 100x60cm, 0.15mm

FMIC.Pro Stainless Steel Heat Shield / Welding Foil for Turbo and Exhaust Pipe

The professional FMIC.Pro heat shield has a wide range of applications in motorsports. It is excellent for isolating high temperatures from exhaust system components such as manifolds, exhaust pipes, mufflers, catalytic converters, and turbochargers. Made of heat-resistant stainless steel. The high temperature resistance of the metal from which the casing is made has allowed for a reduction in the thickness of the thermal insulation, which, combined with the embossing, greatly facilitates the molding and fitting of the foil to the insulated component. It is easy to weld and extremely durable. A product for professional use, chosen by professional drivers.
Mat dimensions: 100 x 60 cm

Material: SS304 Stainless Steel

0.15 mm thickness

The FMIC.PRO high-temperature thermal insulation silicone mat is an excellent thermal insulation solution designed for extreme operating conditions, such as exhaust systems, turbochargers, exhaust manifolds, etc. Thanks to its versatility and reliability, this product allows for improved engine performance, reducing energy loss and protecting key components from the damaging effects of high temperatures. Ideal for tuning applications, motorsports, commercial vehicles, and wherever performance, durability, and reliability are priorities.

Key features:

Continuous operating temperature: 1260 °C - ensures long-lasting and reliable performance under extreme thermal stress.

Melting point: above 1700 °C - guarantees safety and stability in the most demanding applications.

Maximum level thermal insulation: minimizes heat loss, effectively improving the efficiency of systems such as exhaust manifolds, turbochargers, and cooling systems.

Motorsports and vehicle preparation applications:

The FMIC.PRO thermal insulation silicone foil is a key element in projects aimed at improving vehicle performance. Its application in key areas includes:

Exhaust systems: Reduces heat loss in manifolds and exhaust pipes, thereby increasing exhaust efficiency and, consequently, engine performance.

Turbochargers: Reduces heating of the turbocharger environment, improving air compression efficiency. Maintaining a higher exhaust gas temperature allows for better use of their energy.

Engine compartment: Reduces heat transfer to sensitive components, such as electrical wires or fuel system components, extending their lifespan and improving safety. A lower temperature in the engine compartment allows for a lower intake air temperature!

Benefits:

Increased engine power: Maintaining optimal temperatures in key components improves performance and reliability.

Reduced fuel consumption: Better temperature management leads to more efficient combustion.

Safety: Reduces the penetration of high temperatures into the vehicle and protects adjacent components, improving comfort and safety.
Additional features:

Reduced weight: Its lightweight and compact design minimizes additional weight in the vehicle, which is crucial in motorsports, where every gram affects performance and driving dynamics.

Easy installation: Its adaptability to uneven surfaces allows for wide application in different parts of the vehicle.

Chemical resistance: high resistance to fuels, oils, and exhaust gases.

Dimensions: 100 x 60 cm, 5 mm thickness