Magnaflow Direct-Fit Catalytic Converter

Fits 2007–2021 Toyota Tundra 5.7L

Part #: 49629

Overview

The Magnaflow Direct-Fit Catalytic Converter is engineered as a replacement part designed specifically for the driver side of the 2007 to 2021 Toyota Tundra equipped with a 5.7L engine. This component is intended for vehicle owners and technicians seeking a reliable, OEM-grade converter that supports proper engine function and helps maintain system integrity. Its design ensures compatibility and ease of installation without the need for cutting or welding, making it a practical choice for those performing maintenance or repairs.

Constructed to replicate the original equipment design, this catalytic converter offers durability and functional reliability. It helps maintain optimal exhaust flow and thermal efficiency, contributing to the overall performance and longevity of your vehicle’s exhaust system.

Key Features

Key features of the Magnaflow Direct-Fit Catalytic Converter include:

• Manufactured from highly corrosion-resistant stainless steel for long-lasting durability
• Free-flowing mandrel-bent tubing designed to support efficient exhaust flow
• Single laser fusion weld to minimize the risk of leaks and enhance structural integrity
• Compact, low-mass design that promotes improved thermal efficiency
• Precision fit ensured by advanced 3D scanning technology during development
• Includes two flat ring gaskets and one Torca clamp for installation
• Interchanges with multiple original equipment part numbers for compatibility
• Direct-fit design allows for straightforward installation using standard tools

Installation & Fitment

This catalytic converter is designed for direct replacement on the driver side of the Toyota Tundra 5.7L models from 2007 through 2021. The direct-fit construction eliminates the need for modifications such as cutting or welding, enabling a hassle-free installation process. Proper installation helps maintain the integrity of your vehicle’s exhaust system and supports consistent engine performance.