GM LS Cast Iron Exhaust Manifolds Silver Finish

Part #: 8501-1HKR

These Hooker BlackHeart cast iron exhaust manifolds have a 2.25-inch outlet, silver ceramic finish, and are designed to hug close to the engine block so they fit into a wide variety of replacement and engine-swap applications. Their contoured design aims the exhaust directly toward the exit port for improved flow. Being cast iron means they will provide years of leak-free performance with less under-hood noise than traditional headers. Plus, their shorty design means you can route exhaust tubing close to your frame/floor pan for maximum ground clearance.

Features:

• Intended for GM LS engine swap applications where durability, quiet operation, and leak-free sealing is desired
• Tight Tuck Design Provides Universal Fit
• Silver ceramic coating for reduced engine compartment temps and improved corrosion resistance
• Free-Flowing For Good Performance
• Nickel plated steel mating flanges included (mating flange fasteners are not included)
• Catalytic Converter Efficiency
• 2.25 inch outlet diameter offers improved flow for maximum performance from a cast iron exhaust manifold
• Hi-Silicon-Moly Ductile For Durability
• 2 bolt exit flange configuration matches the E-rod exhaust manifolds for a factory like fitment. This allows the use of factory gaskets and fasteners if desired
• Corrosion Resistant
• Cast from Hi-Silicon-Moly Ductile Iron to provide durability and corrosion resistance
• 2 Bolt Exit Flange Configuration
• Tight tuck design provides universal fit for most popular chassis and a clean traditional muscle car appearance
• Perfect Complement To Engine Swap Mount Plates
• Perfect complement to Hooker engine swap mount plates and Holley engine swap oil pans
• Perfect Complement To Holley Engine Swap Oil Pans

Hooker Exhaust Manifolds | 1.625 in. Tubing | 2.25 in. Collector | Hi-Silicon-Moly Ductile Iron | Silver Ceramic Metallic

This product may expose you to chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.