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Traditional compressed sheet gasket materials have a long history of success in OEM applications especially in European and Asian markets. Manufacturers in these markets historically avoided beater addition materials because of their propensity to wick fluids over time. This interstitial leakage (leakage through the gasket material) often resulted in unwanted wet edges on gaskets or an inability to pass end of assembly line air pressure checks. High quality compressed sheet materials typically exhibit zero interstitial leakage under the most common conditions found in engines where pressures, fluid aggressiveness, and temperatures are often far below those found in process industries.

However, as engines have become more powerful, and all types of equipment have become lighter and often hotter, flanged joint designs often produce lower or uneven clamping loads. This can result in interfacial leakage (leakage between the gasket and flanges). In addition, flange thicknesses are often reduced providing potentially shorter leak paths to the outside of a sealed component.

Thermoseal’s Multi-Layer Technology materials provide both exceptional interfacial and interstitial seal-ability. Conformable outer layers prevent leakage between the gasket and flanges and a strong high density core provides structural support while preventing leakage through the gasket. Multi-Layer Technology materials are available in varied compounds to match your application requirements so you can tailor performance to your customer’s application.

Klinger Beater-Addition Gasket

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Material Number Description Datasheet
ML-5270 A high performance synthetic fiber and polychloroprene binder gasket material that is resistant to refrigerants and oil mixtures. ML-5270 Datasheet
ML-N102 A high performance synthetic fiber and nitrile butadiene binder gasket material with good resistance to refrigerants and lubricating oils. ML-N102 Datasheet
ML-N562 A synthetic fiber and nitrile butadiene gasket material designed for difficult sealing applications with very low flange pressures or very rough surface finishes. ML-N562 Datasheet
ML-S723 A controlled-swell gasket material intended for heavy-duty applications. ML-S723 Datasheet
RG-N100 A nitrile butadiene rubber, reinforced cellulose fiber and mineral filler general purpose gasket material. RG-N100 Datasheet
RG-N120 A reinforced cellulose gasket material with a nitrile butadiene rubber binder and inorganic fillers that provides very good crush resistance at high flange pressures. RG-N120 Datasheet
RG-S140 A controlled-swell gasket material that provides excellent sealing where initial gasket conformability is required to compensate for flange our of flatness or roughness. RG-S140 Datasheet
RG-S160 Offers exceptional sealability and crush resistance in a wide range of applications. RG-S160 Datasheet