Sustainable T25/t28 Turbo Blanket Now 60% Cheaper [2vujeIiq]

Sustainable T25/t28 Turbo Blanket Now 60% Cheaper [2vujeIiq]: The Ultimate Heat Insulator

Introducing the Forge Motorsport FMTUBL12 Turbo Blanket, a specialized heat insulator designed for the externally wastegated Owen Developments GBT-5465-HTA Turbocharger, as used in our Forge Motorsport Mk1 Golf Demo Race car. This high-performance blanket is engineered to enhance the efficiency and longevity of your engine components by isolating radiant heat produced by the turbocharger. Its robust design ensures that the cold side of the turbo’s compressor housing operates at optimal efficiency, reducing turbo lag and air intake temperatures, and ultimately resulting in increased power output.

Superior Heat Resistance and Durability

Manufactured with top-notch materials, the Sustainable T25/t28 Turbo Blanket Now 60% Cheaper [2vujeIiq] is built to withstand extreme temperatures, withstanding radiant heat up to 2500°F (1370°C). This high-temperature Silica fabric and Calcium Magnesium Silicate Wool inner core provide unmatched thermal insulation, protecting your engine from heat damage. The blanket features a durable carbon fabric outer shell and stainless steel rivets, ensuring it remains intact even under harsh conditions. Its versatility extends beyond the specified application, fitting a range of Garrett and IGI turbochargers, as well as some internally gated turbochargers.

Key Features and Benefits

With the Sustainable T25/t28 Turbo Blanket Now 60% Cheaper [2vujeIiq], you can expect the following benefits:

• Increased engine efficiency and power output
• Extended lifespan of engine components
• Reduced turbo lag and air intake temperatures
• Custom-fit for T25/T28 turbochargers

The blanket's unique design keeps exhaust gases contained within the hot side of the turbocharger, away from the cool side and intake path, resulting in a cooler and more efficient engine. Additionally, the blanket is not to be routinely removed after fitting, as it loses flexibility over the first few heat cycles, ensuring long-term durability and performance.