477-0584 - DENSO A/C Condenser


Images May Not be Vehicle Specific. For Display Purposes Only.

Images Of This Specific Part Number

Non-Specific Images

Place Order Here

Part #: 477-0584
Notes: A/C Condenser
OE Quality
Your Price: $139.47

All Fitments

LEXUS
Year Model SubModel Cylinders Liter Aspiration Eng Desg. Fuel Notes
2008 - 2010 ES350 ALL V6 3.5 ALL ALL ALL
TOYOTA
Year Model SubModel Cylinders Liter Aspiration Eng Desg. Fuel Notes
2006 - 2006 AVALON ALL V6 3.5 ALL ALL ALL From 02/06
2007 - 2007 AVALON ALL V6 3.5 ALL ALL ALL DENSO is the OE supplier for this vehicle.
2008 - 2010 AVALON ALL V6 3.5 ALL ALL ALL
2007 - 2007 CAMRY ALL V6 3.5 ALL ALL ALL DENSO is the OE supplier for this vehicle.
2008 - 2009 CAMRY ALL L4 2.4 ALL ALL GAS
2008 - 2010 CAMRY ALL V6 3.5 ALL ALL ALL
2010 - 2010 CAMRY ALL L4 2.5 ALL ALL ALL
2009 - 2011 VENZA ALL V6 3.5 ALL ALL ALL

Product Description

Like all the company’s First Time Fit® A/C components, DENSO condensers are designed and manufactured to integrate seamlessly with the vehicle’s original air conditioning system. DENSO condensers match up to OE condensers at every benchmark. Multiflow, subcooling, and the latest serpentine condenser styles are offered to provide the optimum configuration for each application. Premium aluminum construction improves reliability, resisting corrosion to avoid expensive system leaks, while the superior fin wave design offers higher heat transfer and maximum refrigerant condensation. Heat exchanger cores are specially designed to shed airborne material buildup, allowing the A/C system to operate at peak efficiency with minimal maintenance, assuring years of trouble-free service.

FEATURES

  • Zinc diffusion layer improves corrosion resistance
  • Unique fin design to minimize airflow blockage
  • High performance condenser reduces the required compress power

BENEFITS

  • First Time Fit® assures bolt-in replacement; no brackets and adapters
  • Reduces required compressor power, resulting improved fuel economy
  • Restores A/C performance to as-new condition