If you own a Ford Powerstroke 6.4L from 2008-2010, you know how important a reliable cooling system is. This Mishimoto Performance Aluminum Radiator is engineered to tackle the common overheating issues that plague stock radiators, giving you peace of mind whether you're towing heavy loads, navigating stop-and-go traffic, or just cruising down the highway.
Constructed from high-quality aircraft-grade aluminum, this radiator isn't just another replacement—it's an upgrade. The 100% brazed core and TIG-welded end tanks create a durable unit that can withstand the extreme temperatures and pressures of heavy-duty diesel operation. Unlike flimsy stock radiators, Mishimoto's design incorporates co-molded aluminum/rubber mounting pegs that reduce stress and flex, preventing the cracks and leaks that often plague OEM parts.
What sets this radiator apart is the attention to detail in its engineering. The internally strutted tubes provide extra strength against high pressure, while the CNC-machined factory-style quick-disconnect inlet and outlet ensure a perfect seal and secure fit every time. You'll also appreciate the included magnetic drain plug, which helps capture metallic debris before it can circulate through your cooling system and cause damage.
Mishimoto understands that time is valuable, which is why this radiator is designed for a direct fit installation with no modifications required. All necessary hardware comes in the box, including the radiator itself, magnetic drain plug with Dowty oil seal, rubber mounting pegs, and M6 x 1.0 x 14mm bolts. Whether you're doing the work yourself or taking it to your trusted mechanic, the installation process is straightforward and hassle-free.
Imagine driving your Powerstroke without constantly checking your temperature gauge, confident that your engine is running at the optimal temperature. That's the difference this radiator makes. Whether you're hauling trailers, commuting through city traffic, or just enjoying a weekend cruise, you'll notice the difference in your engine's performance and reliability.
