Ensure reliable engine sealing and prevent coolant or oil leaks with the SBC 4.200 X.043 ICS Titan Copper Head Gasket. Crafted with precise dimensions of 59.70 cm length and 22.20 cm width, it fits securely for optimal engine performance. Explore the full details to understand how this gasket enhances durability and efficiency.

Prevent engine leaks and ensure a precise seal with the BBC MK 4 Copper Head Gasket featuring a durable 4.630" bore and .060" thickness. Engineered for high-performance applications, this gasket offers reliable durability and perfect fitment to maintain optimal engine compression. Discover how it safeguards your engine’s integrity in the full description.

Ensure a reliable seal for your Ford 429-460 engine with the SCE Titan Copper Head Gasket, engineered at 4.440 inches bore diameter and .043 inch thickness for precise fit and durability. This left-side gasket’s robust copper construction delivers superior heat resistance and sealing performance, critical for maintaining engine integrity under high stress. Read on to discover how its exact dimensions and material quality optimize your engine’s reliability.

Ensure a reliable and durable engine seal with this copper head gasket, engineered to withstand high temperatures and pressures. Measuring 59.70 cm in length and weighing 0.5 kg, it offers precise fitment for Chevrolet small block engines. Discover how this gasket enhances engine performance and longevity.

Ensure optimal engine sealing and performance with the Sce ProCopper head gasket designed specifically for Ford 289-351 W engines. Featuring a precise 4.160-inch bore and .062-inch thickness, this gasket maintains a reliable seal under high-stress conditions. Discover the engineering that protects your engine’s integrity and efficiency.

Ensure a reliable seal for your Ford 289-351W engine with this ProCopper head gasket, precisely designed at 4.160 inches bore diameter and 0.062 inches thickness. Its engineered dimensions guarantee optimal fit and durability for left-side installation—read on to discover how it enhances engine performance.