Kammprofile gaskets consist of a metal core with concentric serrated grooves on each side and the addition of a soft layer of sealing material bonded to each face. The gaskets are the ideal product choice for standard pipeline and heat exchanger applications. They provide the highest levels of sealing integrity but with the ability to seal at sealing stresses normally associated with sheet materials. Kammprofiles are able to copy with fluctuating temperatures and pressure making them the gasket of choice for heat exchanger service.
Size:
Size Standard: reference standard ASME / ANSI, DIN, GOST, JIS, JPI, GB, can also be customized non-standard size
Shim
Thickness: The thickness of the inner core is typically 3 or 4 mm, on
each side of the surface material is 0.5 mm, the outer ring thickness is
1.5 mm. Also can be customized according to customer requirements.
Materials:
Surface material: flexible graphite, PTFE, mica, silver, aluminum and the like.
Metal core material: 316L, 304, 304L, 321, 316Ti, Monel, Inconel, Incoloy, Hastelloy, titanium and the like.
Gasket profiles
Style KG Kammprofile gasket with no centering ring. Suitable for tongue and groove and male-female flanges in pipe joints and vessels or as a heat exchanger gasket. | |
Style SKG Kammprofile gasket with integral centering ring for correct gasket positioning within the flange bolt circle. Suitable for flat face and raised face flanges. | |
Style LKG Kammprofile gasket with loose centering ring which reduces the possibility of damage to the core as a result of mechanical and thermal shock. | |
Style VG CONVEX kammprofile gasket with no centering ring. Suitable for tongue and groove and male-female flanges in pipe joints and vessels or as a heat exchanger gasket. | |
Style SVG CONVEX kammprofile gasket with integral centering ring for correct gasket positioning within the flange bolt circle. Suitable for flat face and raised face flanges. | |
Style LVG CONVEX kammprofile gasket with loose centering ring which reduces the possibility of damage to the core as a result of mechanical and thermal shock. |
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