
Cold-Side Intercooler Pipe and Boot Kit
- Cold-Side Intercooler Pipe and Boot Kit
- 2011-2016 Ford F-Series 6.7L Powerstroke
- Polished Finish
- MFG p/n MMICP-F2D-11CBK
Don't get stuck stranded on the side of the road with a broken plastic factory cold-side intercooler pipe! Mishimoto has developed a cold-side intercooler pipe and boot kit for the 2011+ 6.7L Powerstroke after hearing countless stories of truck owners being left with a busted factory cold-side pipe that burst under boost. Upgrade to the Mishimoto Powerstroke performance parts kit for increased reliability, durability, and performance. The Mishimoto Powerstroke cold-side pipe is constructed of mandrel-bent aluminum with a polished finish. The engineers at Mishimoto designed a CNC-machined quick-disconnect flange and IAT sensor housing to allow for an easy install in under 2 hours. This intercooler pipe and boot kit is direct fit, retaining all factory emissions components and does not require the use of a tuner.
The Mishimoto Powerstroke cold-side pipe eliminates restrictive bends in the factory pipe, allowing for improvements in airflow, power, and EGTs. This kit includes Mishimoto Silicone Boots with DuraCore technology. Mishimoto DuraCore technology is the synthetic material that comprises the innermost layer of all Mishimoto Silicone Diesel Boots. Compared to normal silicone, DuraCore provides superior resistance to heat, pressure, fuel, and oil. This effectively increases the life of your boots by preventing leaks and blowouts. To add even more reliability, this kit includes Mishimoto Stainless Steel Constant-Tension T-Bolt Clamps for accurate and consistent holding power. The Mishimoto Ford 6.7L Powerstroke Cold-Side Intercooler Pipe and Boot Kit is the perfect addition to the Mishimoto 6.7L Powerstroke Aluminum Primary Radiator. Save time and money by replacing both the hot-side and cold-site intercooler pipes with the Mishimoto 6.7L Powerstroke Pipe and Boot Kit which includes both sides. This intercooler pipe kit is made in the USA and like all of their Powerstroke performance parts includes the Mishimoto Lifetime Warranty.
Features: - Replaces weak factory plastic pipe
- Direct fit for the 6.7L Powerstroke
- Mandrel-bent, polished aluminum pipe eliminates restrictive bends
- Improves airflow, power, and EGTs
- Does not require additional tuning
- CNC-machined factory-style coupling allows for quick install
- Includes Mishimoto Silicone Boots with DuraCore technology and Mishimoto Stainless Steel Constant-Tension T-Bolt Clamps
- Installs in under an hour
- Mishimoto Lifetime Warranty
TECH SPECS: - Pipe Construction: Polished Aluminum
- Pipe Diameter: 3.0" (Lower Section); 3.5" (Upper Section)
- Silicone Boots with DuraCore: Boot 1: 3.00"; Boot 2: 3.00" to 3.50"
- Constant-Tension T-Bolt Clamps: (2) 3.25" Clamps; (1) 3.5" Clamp; (1) 4.0" Clamp
- NOTE: The factory O-ring must be removed from the factory pipe and installed in the Mishimoto CNC-machined factory-style coupling in order to create a proper seal.
Kit Includes: - (1) Aluminum Intercooler Pipe w/ CNC Quick-Disconnect Flange
- (1) Aluminum Intercooler Pipe w/ CNC IAT Sensor Housing
- (2) Silicone Boots with DuraCore Technology
- (4) Constant-Tension T-Bolt Clamps
- (2) Aluminum Mishimoto "M" Logo Badges
- Mishimoto Lifetime Warranty
Emissions Note:
This part is only legal for sale and use on Uncontrolled (Non-Emissions Controlled) Vehicles or on vehicles used solely for the purposes of closed competition racing.
CLICK THIS LINK FOR IMPORTANT CARB & EPA EMISSIONS INFORMATION ABOUT THIS PART
Improve Airflow for More Power!
Mishimoto has developed intercooler pipe and boot kits to help your turbo system free up some horsepower. Most factory pipes and boots feature numerous restrictive bends and do not stand a chance against the heat and pressure of high-powered turbo systems. Mishimoto intercooler pipes are made right here in the USA and are constructed of mandrel-bent aluminum with a polished or black wrinkle finish. Mishimoto pipes eliminate restrictive bends like in the factory pipes, which allows for improvements in airflow, power, and exhaust gas temperatures.