Complete Magnaflow Conv Df 04-06 Suzuki Aerio 2.3l (ca Emissions) (452671) Tool [huLVJH1D]

MagnaFlow Conv DF 04-06 Suzuki Aerio 2.3L (CA Emissions)

Keep the check engine light off with the MagnaFlow California Grade CARB Compliant Direct-Fit Catalytic Converter 452671. This high-quality converter is designed to meet the strictest emissions standards, ensuring compliance with California Air Resource Board requirements. With its direct-fit design, it's easy to install without the need for cutting or welding, making it an ideal choice for DIY enthusiasts.

Key Features and Specifications

The MagnaFlow catalytic converter stands out for its exceptional quality and performance. It features mandrel-bent tubing to eliminate flow restrictions, ensuring smooth exhaust flow for peak fuel economy and engine operation. Crafted from high-strength 16 gauge 409 stainless steel, this converter offers exceptional corrosion resistance and maximum service life. The expertly crafted design replicates OEM-like flow dynamics, maintaining factory performance and fuel efficiency.

• Quality Assurance: CARB-compliant and designed to meet or exceed California Air Resource Board requirements.
• Corrosion Resistance: High-strength 16 gauge 409 stainless steel tubing for long-lasting durability.

Practical Uses and Benefits

This direct-fit catalytic converter is specifically designed for the 2004-2006 Suzuki Aerio, interchanging with OE parts 14190-54G41 and 14190-54G40. It includes essential gaskets and hardware for a proper seal, avoiding potential exhaust leaks. The durable 308 stainless steel MIG welds provide additional strength and reliability. With the MagnaFlow catalytic converter, you can enjoy peace of mind knowing that your vehicle is compliant with emissions standards while delivering optimal performance.

• Easy Installation: No cutting or welding required, with a direct-fit design for a hassle-free installation.
• Performance Enhancement: Mandrel-bent tubing and high-strength stainless steel construction for smooth exhaust flow and increased fuel efficiency.