SPELAB Intercooler Pipe Kit For 2003-2007 6.0 Powerstroke Diesel Ford F250 F350 F450 F550

Description

Upgrade the reliability and performance of your 6.0L Powerstroke engine with the SPELAB Intercooler Pipe Kit, available with or without the high-flow intake elbow. Designed for 2003–2007 Ford Super Duty trucks, this kit replaces weak plastic pipes with mandrel-bent aluminum piping and triple-reinforced silicone boots to withstand high heat and boost pressures. Choose the intake elbow combo option for even greater airflow and throttle response, with an easy bolt-on installation that retains factory emissions equipment.

Key Features

• Performance Upgrade: Designed to replace the failure-prone factory plastic piping.
• Aluminum Construction: Durable, mandrel-bent aluminum pipes with a polished finish for long-lasting performance.
• Intake Elbow Option: Kit available with or without CNC-machined 6061 aluminum intake elbow.
• Reinforced Silicone Boots: Triple-layered boots resist high temperatures and pressures, reducing vibration and boost leaks.
• OEM-Compatible: Retains stock emissions components with no tuning required.
• Quick Install: Includes T-bolt clamps and all necessary hardware for easy bolt-on installation.

Fitment

• 2003-2007 Ford F250 / F350 / F450 / F550 6.0L PowerStroke V8 Diesel

Specifications

Q: What is the difference between SPIS08113 and SPIS08114?
A: SPIS08113 includes only the hot and cold side intercooler pipes. SPIS08114 includes both pipes and the CNC-machined intake elbow.

Q: Do I need to modify anything to install this kit?
A: No, this is a direct bolt-on replacement with all hardware included.

Q: Will this kit work with stock tuning?
A: Yes, it is emissions-compliant and does not require custom tuning.

Q: What materials are used for the pipes and couplings?
A: The pipes are made from polished mandrel-bent aluminum, and the couplers are triple-reinforced silicone.

Q: Does this kit help prevent boost leaks?
A: Yes, the upgraded materials and T-bolt clamps provide a much stronger, more secure fit than stock components, significantly reducing the risk of leaks.