Mishimoto 2006-2013 BMW 335i/135i (Manual) Performance Aluminum Radiator

Part #: MMRAD-E90-07

The E90 BMW is a great platform for soaking up highway miles during the weekday and taking to the track on the weekend. Aggressive driving results in increased engine temperatures necessitating an effective solution for keeping your straight six cool. Mishimoto has the perfect upgrade, the BMW 335i/335xi/135i Performance Aluminum Radiator, to eliminate rising temperatures. The Mishimoto 335i/335xi/135i radiator features all-aluminum construction with TIG-welded end tanks to a 100-percent brazed aluminum core and CNC-machined quick-disconnect inlet and outlet connections. This radiator is constructed from high-quality aircraft aluminum with a brushed finish for the perfect combination of performance and style. The Mishimoto 335i/335xi/135i radiator is precision engineered for flawless drop-in fitment while providing a 35-percent increase in coolant capacity. This radiator also includes a Mishimoto Magnetic Drain Plug with dowty seal, which removes circulating metal fragments from the cooling system, providing further engine protection. As with all our products, this radiator includes the Mishimoto Lifetime Warranty, ensuring superior product quality and craftsmanship. Say goodbye to the days of broken stock plastic inlet and outlet connections!

Features:

• Direct fit for the 2006-2013 BMW 335i and 2007-2012 BMW 135i
• Fully brazed two-row aluminum core with robotically TIG-welded end tanks
• No modification necessary for installation, functions with all stock equipment
• Precision designed CNC-machined quick-disconnect fittings mate perfectly with stock hoses
• 35-percent increase in coolant capacity
• 25-percent increase in core thickness
• Includes a Mishimoto Magnetic Oil Drain Plug with high-quality dowty seal
• Mishimoto Lifetime Warranty

Aluminum radiator engineered for efficient heat dissipation and optimal engine cooling. Precision-fit design ensures easy installation, corrosion resistance, and reliable performance across varied driving conditions.