Mishimoto 17+ Ford F-150 Raptor (3.5L EcoBoost H/O) Turbo Blanket

Part #: MMTB-F35T-17

Help reduce the heat in your 2017-2020 Ford Raptor 3.5L EcoBoost's engine bay with these Mishimoto turbo blankets. One of the main drawbacks to a turbocharger is the massive amount of heat that it produces. That heat can severely affect intake air temperatures and rob your engine of power. Additionally, keeping the exhaust gases that spin your turbo hot makes for a more efficient, better spooling turbo. That's why it's so important to insulate the hot side of the turbocharger and keep the heat in. With Mishimoto's 2017-2020 Ford Raptor 3.5L EcoBoost turbo blanket, the heat stays where it's supposed to be and out of your engine bay. Our turbo blankets are constructed with an outer layer of volcanic lava rock and titanium woven fabric. The inner layer traps heat with a high-silica fabric and stainless-steel mesh for maximum durability. This allows the interior layer to withstand over 2,300 degreesF (1,260 degreesC) while the outer layer protects against temperatures over 1,760 degreesF (960 degreesC). Mishimoto turbo blankets have no trouble keeping the heat from permeating throughout the engine bay. This Mishimoto turbo blanket is a direct fit for the stock turbocharger equipped on your 2017-2020 Ford Raptor 3.5L EcoBoost and is backed by our Mishimoto Lifetime Warranty for a lifetime of protection against engine bay heat.

Features:

• Direct fit for 2017-2020 Ford Raptor 3.5L EcoBoost w/ stock turbo
• Insulates turbo hot side to reduce engine bay temperatures and maintain turbocharger efficiency
• Protects vital cooling components from excessive heat
• Interior layer is rated to withstand 2,300 degreesF
• Volcanic lava rock and titanium outer layer with high-silica and stainless-steel inner layer for optimal heat protection
• Stainless-steel fastening buttons resist corrosion
• Includes stainless-steel wire and springs for multiple installation options
• Mishimoto Lifetime Warranty

High-performance component designed to enhance thermal efficiency, durability, and reliability under demanding conditions. Engineered to support optimal temperature control and system performance across applications.