Car Oil Cooler Radiator Engine Oil Cooler For Escape 2013-2023 No.BB3Z6A642A 1 Pcs

"Fit for:Fit for Escape 2013-2023Fit for Explorer 2012-2023Fit for Focus 2013-2018Fit For Ranger 2019-2023Fit for Transit Connect 2014-2022Fit for Lincoln MKT 2013-2016OE Number:BB3Z6A642AProduct Characteristics:The engine Oil Cooler is a device that cools engine oil, through oil to water cooling, to remove surplus Heat from the Engine.Oil Cooler can cool and clean the oil in time to ensure the engine parts will not be worn due to the high temperature or poor lubrication effect. It allows the car to accelerate faster and helps to extend the life of the oil and engine.The engine Oil Cooler is made of aluminum alloy material, which increases cooling efficiency, and corrosion resistance, prevents oil leakage, protects the engine.Specification:Color: Silver ToneMaterial: Aluminum AlloyCooling Type: Water-CooledType: Oil CoolerInstallation Guide:Remove cooler bolts and hose.Draining engine oilCleaning the gasket installation areaReplace with new Oil CoolerPackage List:1 Pcs Engine Oil Cooler"

• High Quality: Constructed from high-strength alloy steel, this oil filter resists deformation and breakage, offering superior durability and an extended service life. The main body features a lightweight aluminum alloy design that effectively enhances cooling efficiency and lowers oil temperatures, ensuring long-term operational stability and outstanding performance.
• OE Number:BB3Z6A642A.
• Car Oil Cooler Radiator Engine Oil Cooler Fit For Escape 2013-2023 No.BB3Z6A642A 1 Pcs
• Superior Quality: The oil filter housing is made of aluminum alloy, eliminating the cracking and oil leakage issues often associated with plastic housings; this reduces the hassle of frequent replacements while ensuring long-term stability and excellent performance.
• Replacement Choice: During high-load, high-speed operation, frictional heat can cause engine oil to overheat. If the oil cooler fails to dissipate heat effectively, the oil may break down and lose its effectiveness, leading to inadequate lubrication and gradual component damage.