The Filling Material Is Completely Enclosed By A Two-piece Meta

  •   Metal jacket and metal corrugated gasket. Over the years, Metal Jacketed Gaskets Manufacturers' metal-sheathed gaskets have been designed to meet the sealing needs of the industry, and through the introduction of improved gasket manufacturing processes and materials to provide cost-effective high-quality seals, this trend is believed to continue. A gasket with a metal sheath consists of a soft/non-asbestos material partially or completely wrapped in a metal sheath. This arrangement of washers can achieve higher strength.

      Single sandwich gasket. The material is filtered in a metal jacket that covers the inner and outer diameters of the gasket and the contact surface on one side. Suitable for relatively narrow circular or non-circular flanges with larger diameters such as boilers, compressors, pumps, diesel, and gasoline engines. Not particularly recommended for standard pipe flanges.

      Overlapping single jacket. The filling is completely enclosed in a one-piece metal jacket. Ideal for applications such as pump heads, which require a fully sealed gasket due to the temperature encountered and the narrow flange width.

      Double-sheathed gasket. The filling material is completely enclosed by a two-piece metal jacket. It covers the inner and outer diameters of the jacket and the contact surfaces on both sides. It is ideal for boilers, heat exchange furnaces, and similar applications where temperatures up to 1650 degrees Fahrenheit are encountered. All standard pipe sizes are provided. There are almost no restrictions on the diameter of the gasket or the rib structure that can be inserted.

      Double shell gasket. The filling material is completely surrounded by two inverted surrounding shells. Overlapping metal shells provide excellent flange support on the inner and outer diameters and are better resistant to high pressures and high temperatures. Ideal for applications that require a stronger gasket than Type 123. There are almost no restrictions on the diameter of the gasket or the rib structure that can be inserted.

      Corrugated double jacketed gasket. Similar to Model 123, the difference is that the two-piece metal jacket is made of corrugated metal instead of flat metal. More flexible than type 123. The corrugated jacket forms multiple seals on the flange. Ideal for temperature cycling applications.

      French gasket. The filling material is enclosed in a metal sheath, which covers the inner diameter of the gasket and completely covers the contact surfaces on both sides. It is very suitable for small diameter, narrow flange round, and non-Circular applications, such as vacuum sealing and premium valve cores, which require an uninterrupted metal surface on the entire surface.

      Two-piece French gasket. Same as style 130, except that the inner diameter of the gasket is protected by the overlapping structure of the two-piece metal sheath. Ideal for wide or irregularly shaped flanges in fact and diameter. The minimum flange width is 1/4". It is cheaper than the 130 or 123 types.

      Two-piece French gasket. Same as style 130, except that the metal jacket uses a three-piece structure. It is suitable for flanges with large or irregular diameters.

      Corrugated metal gasket. The corrugation provides multiple seals on the entire surface of the gasket. Designed for 500 psi applications. The inclination angle of the corrugation can be 1/8", 3/16", or 1/4". It is recommended to use three concentric corrugations on each side of the gasket. In actual situations, a flat one should be left on each side of the corrugation. Area, such as Spiral Wound Gaskets For Sale.

      A single set of gaskets. The corrugated metal gasket is sealed in a flat metal sheath, which covers the inner and outer diameters of the gasket and the inner side of the contact surface.

      Double jacketed corrugated gasket. The corrugated metal gasket is completely enclosed in a two-piece sheath that covers the inner and outer diameters of the gasket and the contact surfaces on both sides.