Spiral Wound Gaskets is a sealing technology designed and manufactured to maintain a seal under high pressure, high temperature and chemically corrosive environments, and has special physical and chemical properties. They are one of the most widely used sealing technologies in the manufacturing, mechanical and chemical processing industries because they are one of the strongest and most durable types of gaskets.

The design of the spiral wound gasket is based on the sealing requirements, and its appearance is similar to a helical spring. The gasket adopts a layer-by-layer winding of agitated metal belt and flexible cushion, which can enhance the strength of the wound gasket and enhance the airtightness. At the same time, this design can withstand high pressure and high temperature, as well as applications in chemically aggressive environments.

Spiral wound gaskets have many advantages. First, they are reliable sealing technologies that prevent fluid or gas from escaping in machines and equipment. Secondly, due to its sturdiness, the sealing function of the spiral wound gasket can be maintained for a long time, and it will never wear out even under harsh conditions, thus realizing the permanent sealing of the current machines and equipment. Third, due to the metal sealing layer, the spiral wound gasket has excellent mechanical properties and thermal severity, and can be used in high pressure and high temperature environments.

In addition, the installation and operation of spiral wound gaskets are very convenient, and installation and removal can be completed in a few simple steps. At the same time, compared with traditional gaskets, spiral wound gaskets have higher sealing performance and can be used in most liquid, gas and steam applications.

In conclusion, spiral wound gaskets are a reliable sealing technology with numerous advantages and a wide range of applications. Widely used in the manufacturing, mechanical and chemical processing industries due to their superior permanent sealing that provides reliable service under severe conditions.