Denso 478-2035 A/C Receiver Drier

Denso New Receiver Drier 478-2035

Denso New Receiver Drier 478-2035 is an aluminum A/C receiver drier built for stable refrigerant flow and moisture control in the HVAC system. It is a direct-fit service part for select Honda and Acura applications, including Honda S2000, Acura CL, Acura TL, and Honda Accord models.

Key Features

• Aluminum block union receiver drier construction
• Female inlet and female outlet fittings
• Body diameter: 60.325 mm
• Body length: 152.400 mm
• Internal desiccant package helps remove moisture from the A/C system
• Supports smooth refrigerant flow for consistent A/C operation

Product Details

The Denso 478-2035 receiver drier is part of the New Receiver Drier line, which focuses on factory-style HVAC service components for OE-level fit and function. In an A/C system, the receiver drier helps manage liquid and vapor refrigerant while also isolating moisture that can lead to corrosion and premature internal wear. This makes it a practical replacement during major A/C service on vehicles such as the Honda Accord, Honda S2000, Acura CL, and Acura TL. This part cross-references Four Seasons 83003 for the same application.

What It Helps Address

• Moisture contamination inside the A/C system
• Reduced cooling performance from restricted refrigerant flow
• Corrosion-related damage to internal HVAC components
• Premature wear caused by contaminated refrigerant circuits
• Service needs during major A/C repair or overhaul

Installation Notes

Replace the receiver drier whenever the A/C system has been opened for major service, compressor replacement, or contamination cleanup. Verify the aluminum block union layout, female inlet and outlet connections, and physical dimensions before installation. For fitment, this part fits 2004-2009 Honda S2000, 2001-2003 Acura CL, 1999-2003 Acura TL, and 1998-2002 Honda Accord.

Quality Assurance

Denso manufactures this receiver drier to stringent factory standards as part of its First Time Fit component range, with an emphasis on OE-style performance and efficiency for service replacement.