Gaskets that handle the most aggressive chemicals. KLINGER metallic gaskets combine metal with a soft sealing medium such as graphite to create high-strength, high-integrity joints with very high leak-tightness, widely used in petrochemical applications.
KLINGER metallic gaskets, along with the older style jacketed gaskets are widely used in petrochemical applications. Metallic gaskets often utilize a soft sealing medium such as graphite in conjunction with the metal to create a high-strength, high-integrity gasket. This results in joints with very high leak-tightness.
KLINGER manufactures metallic gaskets in a wide range of alloys to cover even the most chemically aggressive applications.
Spiral wound gaskets: Ideal for use in applications where thermal cycling can be a problem.
Kammprofile gaskets: combine the benefits of a soft material with the advantage of high integrity sealing of a metal core.
Corrugated gaskets: particularly suitable for applications involving narrow flanges.
Ring type joints: mainly used in offshore applications and certain styles can be adapted for subsea installations.
KAMMPROFILE gaskets – key features: low sealing stress required for installation; suitable for a range of chemicals in high pressure and high temperature applications; can be refurbished and reused; can be manufactured to suit standard flange applications and vessels, and for use with narrow flanges.
Ring Type Joints (RTJs) – key features: can be used for high pressures; wide range of materials available; KLINGER RTJs are precision machined metallic rings designed to be used with API 6B, ASME B16.5 and API 6BX (dependent on the gasket style) flanges; RTJs are often used in offshore applications and certain styles can be adapted for subsea installation.
MAXIFLEX spiral wound gaskets – key features: creates a very leak-tight, reliable seal; suitable for high temperatures and pressures; can be manufactured to suit standard flanges and custom-designed vessels; meet the tightness requirements of TA-Luft; graphite filled and mica & graphite filled gaskets are fire safe to API 6FB.
MAXIGRAPH corrugated gaskets – key features: vessel applications with narrow seating widths such as pipeline; suitable for a wide range of temperatures and in cryogenic applications; available in a range of core materials – the standard being Stainless Steel 316; corrugations on the core create high stress regions to allow excellent sealing properties even with low gasket loads; greater recovery properties than graphite laminate gaskets.
Safeguard metallic gasket – key features: highly conformable, dimensionally stable ePTFE seal; fire safe design; can be manufactured in a range of metallic cores including UNS S31254, UNS 32750 and INCONEL 625; continuous service up to 260°C; suitable for RTJ, RF and mismatched RF to RTJ flanges; suitable for pressure ratings from Class 150 to 2500.
Maxiprofile grooved, covered metal gaskets consist of a serrated metallic core with a soft facing material. Mainly used in vessel applications where often the gasket width is limited.
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KLINGER RTJs are designed to be used in high pressure applications and can be manufactured from a number of materials to suit the process media and the flange materials.
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KLINGER Maxiflex spiral wound gaskets combine the ease of sealing of a graphite, PTFE or mica filler with the strength afforded by a specially profiled metallic, spring-like reinforcement.
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KLINGER Maxigraph consists of a corrugated metallic core encapsulated by a graphite coating. It has been designed to seal on low load applications.
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Solution to sealing corroded flanges in any industry. Consists of a high precision, high strength metallic core faced with highly conformable multi-directional e-PTFE and Thermica API 6FB Fire Safe sealing faces.
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A high-integrity, dual-seal gasket for high-criticality, corrosive applications such as hydrofluoric acid. Its Maxiprofile inner ring gives two sealing regions. Fire-safe to API 6FB.
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An addition to the Maxiflex PRO range for seawater applications where the graphite cannot be exposed to the media. A serrated PTFE faced inner ring seals with very low load.
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