52079788AE Liberty Coolant Reservoir Tank For:-Jeep Liberty 2002 2003 2004 2005 2006 3.7L, Engine Overflow Recovery Reservoir Tank for Liberty 2002-2006 3.7L, 52079848AA (with Sensor & Tubing)
OEM Number: 52079788AE, 52079848AA, Please use "amazon confirmed fit" above to verify fitment before purchasing
Fitment: Compatible with For:-Jeep Liberty 2002 2003 2004 2005 2006 3.7L Fit for Liberty 2002-2006 3.7L
Function: Using Stable And Superior Quality Plastic Materials Can Withstand Excessive Heat And Vibration. Helping To Reduce Oil Dilution, Cylinder Bore Wear, Fuel Consumption, Exhaust Emission, And Improving Efficiency Of The Heating System
Safe and Reliable: All YZHIDIANF Coolant Reservoir Tank have undergone strict quality control not only before shipment but also during the entire production process. 15 quality control inspections have been carried out in each step of production to ensure 100% factory qualified
Installation Instruction: Turn Off And Cool Down The Car, Remove The Bolts And The Reservoir, Allow The Remaining Coolant To Flow Back Into The Drain Pan, Replace The New Reservoir Tank And Reinstall The Coolant Hose To The Radiator And Tighten The Clamp, Finally Check For Functionality
Irect Replacement: YZHIDIANF Coolant Reservoir Tank Replacement Is Manufactured From Quality Materials To Withstand The Stresses Of Underhood Heat And Engine Vibration. It Is Thoroughly Tested To Ensure Performance And Long Lasting Quality Over Time. Direct Replacement For A Proper Fit Every Time
Leak-Proof Design: Highlight the tank's leak-proof design, which prevents coolant leaks that can cause damage to the engine and other components
Enhanced Safety Features: Mention any safety features incorporated into the design, such as pressure relief valves or overflow protection, that add an extra layer of safety
Maintenance-Free: Emphasize that the tank is maintenance-free, reducing the need for frequent checks or replacements
Space-Saving Design: Highlight its compact size, which makes it easy to fit into tight engine spaces without compromising performance