ECCPP Auto Parts Plastic Aluminum Replacement Radiator for2988 Fit For 2007-2013 Altima 2009-2013 for Maxima

<b>How to diagnose a bad radiator?· Failed thermostat.· Clogged radiator.· Cooling system leak.· Defective cooling system pressure cap.· Malfunctioning water pump.</b><br> <b>Vehicle Fitment:</b><br>2013 Altima Advance Sedan 4-Door<br>2010-2012 Altima Base Coupe 2-Door<br>2007-2013 Altima Base Sedan 4-Door<br>2008-2009 Altima Coupe Coupe 2-Door<br>2013 Altima Exclusive Sedan 4-Door<br>2007-2011 Altima Hybrid Sedan 4-Door<br>2008-2013 Altima S Coupe 2-Door<br>2007-2013 Altima S Sedan 4-Door<br>2008-2009 Altima SE Coupe 2-Door<br>2007-2009 Altima SE Sedan 4-Door<br>2013 Altima Sense Sedan 4-Door<br>2007-2013 Altima SL Sedan 4-Door<br>2010-2012 Altima SR Coupe 2-Door<br>2010-2012 Altima SR Sedan 4-Door<br>2013 Altima SV Sedan 4-Door<br>2010-2013 for Maxima Base Sedan 4-Door<br>2012-2013 for Maxima Exclusive Sedan 4-Door<br>2009 for Maxima GXE Sport Sedan 4-Door<br>2009-2013 for Maxima S Sedan 4-Door<br>2009-2013 for Maxima SV Sedan 4-Door<br>2009 for Maxima Tracking Sedan 4-Door<br>

• The Radiator fit for: 2988 2007-2013 for Nissan Altima 2009-2013 for Nissan for Maxima
• Replacement OE Part Number: 2988
• The Main Function Of The Radiator: as the heat exchanger of the air conditioning system. It is located in front of the radiator and is composed of pipes surrounding the fins. It releases heat to the outside air through these heat sinks. The automotive air conditioning system receives heat energy from the evaporator located in the passenger compartment and releases it to the outside air through the condenser
• The Performance Of Radiator: Every Plastic-aluminum radiators is subjected to an aging and endurance test in order to validate its performance under extreme weather conditions. Louvered aluminum fins and tubes are for Bonded through a unique furnace-brazing process with premium quality aluminum for Maximum heat dissipation
• The Radiators Work Step: radiator works by using hot water. A water heater raises the temperature and then pumps the hot water into the radiator system, where it flows to each device. Hot water enters the radiator and rises to the top