Cometic K20/24 87.5mm Bore .030 inch MLS Head Gasket

• The embossed outer layers of the gaskets meet the demands of a variety of harsh sealing environments, load conditions, and surface finishes
• The center or shim layer is an uncoated stainless steel layer which can be varied to accommodate multiple thickness requirements
• Requires less clamp load creating less bore distortion
• Conforms load distribution across the sealing area

The Cometic Gasket K20/24 MLS Head Gasket is engineered with multiple embossed layers of advanced materials designed to withstand harsh engine environments. Its construction features outer layers of AMP (Advanced Multi-Polymer Coating) combined with uncoated stainless steel, providing durability and flexibility in demanding sealing applications. The embossed outer layers are crafted to meet the challenges of various load conditions, surface finishes, and sealing environments, ensuring a reliable seal under diverse operating circumstances. The core or shim layer is composed of uncoated stainless steel, which can be customized to meet different thickness requirements, offering versatility for engine modifications or rebuilds. This gasket requires less clamp load, leading to reduced bore distortion and improved sealing performance. It also promotes even load distribution across the sealing surface, contributing to consistent compression and minimizing the risk of leaks over time. Designed for use in automotive engines, the Cometic Gasket MLS Head Gasket combines precision engineering with high-quality materials to deliver optimal performance and longevity, making it an ideal choice for enthusiasts and professionals seeking a reliable sealing solution for their engine rebuilds or upgrades.

Features:

• Multi-layer steel construction with embossed outer layers for durability

• Advanced Multi-Polymer Coating (AMP) for enhanced sealing performance

• Uncoated stainless steel core that can be customized to different thicknesses

• Requires less clamp load, reducing bore distortion

• Promotes even load distribution across the sealing surface