MagnaFlow Universal Catalytic Converter - Part Number: 334004

The MagnaFlow 334004 Universal Catalytic Converter is designed for those who prioritize performance and compliance. This converter is crafted from high-quality stainless steel, ensuring durability and longevity while effectively reducing harmful emissions. With a 2.00-inch inlet and outlet diameter, it’s built to fit seamlessly into your exhaust system.

Features

• Oxygen Sensor Location: None
• Series: California
• Subtitle: California / CARB Compliant
• Type: Universal
• Body Type: Clam Shell
• Finish: Stainless Steel
• Heat Shield Material: Aluminized Steel
• Inlet Attachment: Weld-On
• Inlet Orientation: Straight
• Outlet Attachment: Weld-On
• Outlet Orientation: Straight

Customer Feedback

Many customers have praised the MagnaFlow 334004 for its exceptional build quality and ease of installation. One user noted, "I installed this on my 1984 Dodge Caravan and it fit perfectly. The performance improvement was noticeable right away!" Another customer remarked, "Finally, a catalytic converter that keeps my check engine light off while meeting all compliance standards." It's clear that this product resonates with those looking for reliability and efficiency.

Technical Data

This converter is designed specifically for racing competition and is not legal for use in highway or street vehicles or other non-racing competition off-road vehicles. Please note that purchasing this product requires you to sign a Vehicle Compliance Waiver. You can find the waiver here.

Fitment

The MagnaFlow 334004 is compatible with the following vehicles:

• Dodge B200 1980
• Dodge B250 1981-1987
• Dodge Caravan 1984-1987
• Ford Aerostar 1986
• Ford Bronco 1981-1982
• Ford E-150 1981-1983
• Ford E-250 1981-1983
• Ford E-350 1983
• Ford F-100 1980-1983
• Ford F-150 1980-1983
• Ford F-250 1980-1983
• Land Rover Range Rover 1987-1988
• Nissan Pickup 1995
• Plymouth Voyager 1986-1987
• Subaru Brat 1983

Upgrade your exhaust system with the MagnaFlow 334004 and experience the difference in performance and efficiency.