Cometic Gaskets C15566HT Exhaust Header Gasket Set for Ford 4.6L and 5.4L 4V Engines

The Cometic Gaskets C15566HT exhaust header gasket set is designed specifically for Ford 4.6L and 5.4L 4V engines, providing a reliable seal between the exhaust manifold and cylinder head. Crafted with a steel core laminate, these gaskets are engineered to withstand high temperatures and pressure, ensuring durability and consistent performance. The oval port design measures approximately 1.339 inches by 2.323 inches, aligning precisely with factory specifications for optimal fit and function. These gaskets are sold in pairs, making them suitable for full exhaust manifold replacements or repairs.

Constructed from high-quality materials, the Cometic Gaskets C15566HT set offers excellent resistance to thermal expansion and corrosion, which contributes to long-lasting sealing performance. Their design minimizes exhaust leaks, which can improve engine efficiency and reduce emissions. The gaskets are suitable for use in various applications, including performance modifications and stock replacements, providing versatility for automotive enthusiasts and professional mechanics alike.

Installation of these gaskets ensures a proper seal that can withstand the rigors of daily driving or high-performance use. The set's compatibility with Ford's modular V8 engines makes it a reliable choice for maintaining engine integrity and performance. Whether replacing worn-out gaskets or upgrading your exhaust system, the Cometic Gaskets C15566HT provides a precise fit and durable construction to meet the demands of modern automotive applications.

Features:

• Designed for Ford 4.6L and 5.4L 4V engines

• Constructed with steel core laminate for durability

• Oval port dimensions: approximately 1.339 x 2.323 inches

• Sold in pairs for complete exhaust manifold sealing

• Resistant to high temperatures and corrosion

• Ensures reliable sealing to prevent exhaust leaks

• Suitable for stock replacement and performance applications

• Engineered for long-lasting performance under demanding conditions