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Cometic Gasket C4591-051 MLS Cylinder Head Gasket

by Cometic Gasket Automotive
Sale
$179.75
$139.80

Provide Maximum Sealing Performance For Todays High Output Engines And Require No Sealants Ideal For Aluminum Heads To Aluminum Blocks And Aluminum Heads To Cast Iron Blocks Withstanding The Shearing Force Created By The Two Materials No Need To Re-Torque The Embossing Design Of The MLS Gasket Promotes An Even Clamp Load Across The Sealing Surface Allowing For Measurable Reduced Bore Distortion Cometic MLS Gaskets Are Comprised Of Multiple Layers Of Stainless Steel Due To Its Increased Strength Ability To Rebound And Resistance To Corrosion The Outer Layers Of The Gaskets Are Embossed And Coated On Both Sides With Viton - A Flouroelastomer Rubber Based Material That Is Heat Resistant To 2500 Centigrade/ 482 Fahrenheit Viton Is Designed To Meet The Demands Of A Variety Of Harsh Sealing Environments Load Conditions And Surface Finishes The Center Or Shim Layer Is A Uncoated Stainless Steel Layer Which Can Be Varied To Accommodate Multiple Thickness Requirements

Specifications

Bore Diameter - 3.42 Inch
Compression Thickness - 0.051 Inch
Engine Compatibility - 1996 To 2005 Mitsubishi 2.0L DOHC 4G63
Material - Stainless Steel


Provide maximum sealing performance for todays high output engines and require no sealants. MLS gaskets are ideal for both aluminum heads to aluminum blocks and aluminum heads to cast iron blocks. They can withstand the shearing force created by the two materials. MLS gaskets have increased strength because they are comprised of multiple layers of stainless steel; which also creates the ability to rebound and resist corrosion. The outer layers are embossed and coated on both sides with Viton (a flouroelastomer rubber based material that is heat resistant to 250 Centigrade/ 482 Fahrenheit). Viton is designed to meet the demands of a variety of harsh sealing environments load conditions and surface finishes. The center or shim layer is uncoated stainless steel which can be varied to accommodate multiple thickness requirements.

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