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Corrugated gaskets are commonly made from metals such as stainless steel, carbon steel, and specialty alloys, often combined with flexible graphite, PTFE, or ceramic fillers to meet different temperature, pressure, and chemical resistance requirements.

A stamping jacket gasket works by combining a stamped metal outer shell with a compressible filler core. When compressed between flanges, the metal jacket provides strength and chemical resistance while the core conforms to surface irregularities, creating a tight, leak-proof seal.

This article provides an overview of the standard dimensions for double jacket gaskets, including common size ranges, thicknesses, and industry specifications used in flanged connections.

A lens ring joint gasket and a spiral wound gasket serve different sealing needs in industrial piping and pressure systems. This article compares their design, materials, sealing performance, pressure and temperature limits, and typical applications to help you choose the right gasket type for your flange connection.

This article provides an overview of the standard dimensions for BX ring joint gaskets, including API 6A size designations, critical dimensions, and tolerances used in high-pressure flange connections.

Learn when to choose graphite-filled spiral wound gaskets for reliable sealing in high-temperature, high-pressure, and corrosive industrial applications.