Davico 19385 Catalytic Converter - Right

Exact-Fit Catalytic Converter for Ram 1500

Davico Exact-Fit Catalytic Converter 19385 is built for direct replacement applications where proper fit and emissions performance matter. It is engineered from original equipment sample parts and uses a high-quality catalyst formulated for OBDII-era emissions control.

Key Features

• Exact-fit design based on original equipment sample parts
• High-quality emissions-reducing catalyst
• Built for OBDII vehicle requirements
• Fits 2004-2005 Dodge Ram 1500, right
• Davico 19385 for direct exhaust replacement

Detailed Description

This Davico catalytic converter is made to match the factory-style fit and function expected in a replacement exhaust component. For 2004-2005 Dodge Ram 1500 right-side applications, part number 19385 provides a direct-fit solution that supports emissions system performance without requiring a universal-style adaptation. The Exact-Fit Catalytic Converter line focuses on OE-style geometry and application-specific construction, making Davico 19385 a practical choice when replacing a worn or failed converter on a Ram 1500.

This part cross-references no listed interchange numbers for the same application.

What It Helps Address

• Failed catalytic converter efficiency codes
• Restricted exhaust flow from a deteriorated converter
• Emissions test failures related to converter performance
• Fitment issues from non-specific replacement parts

Installation Notes and Tips

Fits 2004-2005 Dodge Ram 1500, right. Verify the vehicle's emissions configuration before installation, since this application is not legal for use in California and is illegal for installation in New York on vehicles equipped with California emission systems. Use Davico Decarbonizing Induction Kit 1540ea as specified by the manufacturer.

Quality Assurance

Davico designs Exact-Fit Catalytic Converters from original equipment sample parts to support proper fit and function on the vehicle. The catalyst is selected for emissions reduction and OBDII system demands.