BBK Performance SBF 302/351W Header Gaskets with Steel Core Graphite, Oval Port, 2.100 x 1.361 Inch, Pair

The BBK Performance SBF 302/351W Header Gaskets are engineered to provide a reliable seal between your exhaust headers and manifold. Crafted with a steel core and graphite material, these gaskets are designed to withstand high temperatures and pressure, ensuring durability and consistent performance. The oval port design measures 2.100 inches by 1.361 inches, making them compatible with small block Ford engines, specifically the 302 and 351W models. These gaskets are sold in pairs, making installation straightforward and efficient for performance upgrades or restoration projects. Their high-quality construction helps prevent exhaust leaks, reducing emissions and improving engine efficiency.

Designed for ease of installation, the gaskets feature a thickness of 0.070 inches, providing a secure fit without compromising sealing integrity. The steel core enhances structural strength, while the graphite material ensures a tight, heat-resistant seal. These gaskets are suitable for various applications, whether you're building a performance street engine or restoring a classic Ford. Their robust design makes them a reliable choice for demanding driving conditions, ensuring long-lasting sealing performance.

Each gasket is manufactured to meet or exceed OEM specifications, ensuring proper fitment and compatibility with original equipment. Their design accommodates the specific oval port configuration found on many small block Ford exhaust headers, making them an ideal replacement part for enthusiasts and professional mechanics alike. Proper sealing with these gaskets can help optimize exhaust flow, improve horsepower, and maintain engine integrity over time.

Features:

• Designed for small block Ford 302 and 351W engines

• Oval port gasket measuring 2.100 inches by 1.361 inches

• Constructed with steel core and graphite material for durability

• Thickness of 0.070 inches for a secure seal

• Sold in pairs for easy installation

• High-temperature, heat-resistant design

• Engineered to prevent exhaust leaks and improve engine efficiency