BD DIESEL 1045947 PULSE EXHAUST MANIFOLD-T3 (STOCK) 1998.5-2002 DODGE CUMMINS 5.9L 24V

Designed specifically for 1998.5-2002 Dodge Cummins 5.9L 24V engines, the BD Diesel 1045947 Pulse Exhaust Manifold-T3 (Stock) offers a seamless drop-in replacement solution for your vehicle's exhaust system. Crafted from high-silicon ductile iron, this fully divided pulse manifold is engineered to endure extreme temperatures and vibrations, ensuring durability and long-lasting performance.

With a focus on optimized internal geometry, this manifold is meticulously designed using cutting-edge technology to enhance overall efficiency. The precision slip joints incorporated into the design allow for thermal expansion and contraction, effectively minimizing cyclic thermal fatigue and extending the manifold's lifespan significantly.

Key Features:
- Fully divided pulse manifold design
- Pre-drilled for pyrometer probes
- High-silicon ductile iron construction
- Built to withstand extreme temperatures and vibrations
- Suitable for both stock and performance upgrades
- Expansion and contraction capability reduces exhaust leaks
- Compatible with Cummins #3946036
- Gasket, Bolt, and Spacer kits available separately

Installation of the BD Diesel 1045947 Exhaust Manifold is estimated to take approximately 2 hours and 30 minutes, providing a hassle-free upgrade process. Backed by a generous 36-month/75,000-mile warranty on parts, you can trust in the quality and reliability of this product.

This emissions-compliant product is legal for sale and use in all 50 states, eliminating the need for an EO in California. With detailed vehicle applications for Dodge/Ram models ranging from RAM 2500 to RAM 3500, this manifold caters to a wide range of applications within the specified vehicle range.

For detailed installation guidance and further product information, refer to the provided manuals available at the link provided. Elevate your vehicle's exhaust performance with the BD Diesel 1045947 Pulse Exhaust Manifold-T3, delivering durability and efficiency in one robust package.