Car Oil Cooler Radiator Universal Racing Engine Small Fuel Oil Cooler 16x5x10 cm

"Description:The advantages of colder fuels:1,Fuel density is higher, so it is more efficient, more powerful and less expensive.2,Lower injection temperature in combustion chamber = lower load for engine and injector and piston ring.3,Cleaner combustion = Improved emissions, reduced NOx/HC/CO values.Application:Fuel cooling can be used for all internal combustion engines. Whether it's gasoline, or gas.automobile raceVehicles with enhanced performanceIndustrial enginesSpecification:Material: Aluminum AlloySize Chart:L x W x H:Approx.16x5x10 cm/6.3x2.0x3.9 inchPackage Includes:1 Piece Fuel Oil CoolerNote:Please allow slightly 0-1cm difference due to manual measurement.Color may be slightly different since different monitor."

• 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.
• Functionality: This oil cooler assembly—equipped with a filter housing adapter—comes pre-installed with a brand-new oil filter. It maintains lower oil temperatures and oil cleanliness, improves vehicle acceleration, and helps extend the lifespan of both the engine oil and the engine itself.
• Car Oil Cooler Radiator Universal Racing Engine Small Fuel Oil Cooler 16x5x10 cm
• 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.