Cylinder Gasket Left 0.96mm

This Cylinder Gasket Left 0.96mm is a precision-engineered component designed for specific engine repair and performance applications. Manufactured from high-quality, multi-layered steel (MLS), it is built to withstand extreme temperatures and pressures within the engine block. The "Left" designation indicates it is for the left bank of cylinders in a "V" configured engine, ensuring a perfect fit for the intended side. The critical 0.96mm thickness is not arbitrary; it is a calibrated measurement that directly influences the engine’s compression ratio and valve timing. Installing a gasket of this exact specification is essential when the cylinder head or engine block has been machined (skimmed), as it restores the original designed clearance between these components.

Cylinder Gasket Left 0.96mm

Using the correct thickness is paramount for engine longevity and performance. An incorrect gasket can lead to reduced compression and power loss, or conversely, to increased compression risking engine knock and potential damage. This particular 0.96mm variant is often the solution for engines that have undergone significant resurfacing. It ensures all critical tolerances are maintained, guaranteeing proper sealing of combustion gases, coolant, and engine oil between the cylinder head and block. The MLS construction provides superior sealing reliability compared to older composite materials, featuring embossed ridges that create robust sealing lines around all cylinders and fluid passages.

When ordering this component, always verify your engine’s specific requirements, including the bank (left or right) and the exact thickness needed post-machining. This gasket is a vital part of a professional-grade engine rebuild, offering durability and a precise fit. Proper installation, following manufacturer torque sequences and specifications, is crucial to achieve the perfect seal this high-performance gasket is designed to deliver, ensuring your engine runs smoothly and efficiently for miles to come.