Zhengzhou factory metal spiral wound gasket, spiral wound gasket factory Xinmi

 Zhengzhou spiral wound gasket manufacturer, the new secret spiral wound gasket spiral wound gasket manufacturer for the semi-metallic gasket in the best gasket resilience, the V-shaped or W-shaped thin steel strip with various fillers (graphite, asbestos, tetrafluoroethylene) alternately wound from its structure density requirements based on different locking force to make and use inside and outside the steel ring to control the maximum compaction, surface accuracy is not in contact with the flange gasket sealing surface. Especially suitable for uneven loading, easy to relax bonding force, temperature and pressure changes periodically, there is shock or vibration of the occasion. A static seal original, widely used in petrochemical, machinery, electric power, metallurgy, shipbuilding, medicine, atomic energy and space sectors valves, pumps, heat exchangers, towers, manholes, hand holes and other flange connection. Spiral wound gasket types: (a) the basic type spiral wound gasket, (b) with outer ring spiral wound gasket (c) with inner ring spiral wound gasket (D) with inner and outer ring spiral wound gasket (e) heat exchanger ( ribbed) (vi) shaped spiral wound gasket main purposes: suitable for large diameter pressure vessel (such as heat exchangers, reactors, etc.) flange seals Tel: 029-84616608 QQ: 2875755537 Mobile: 15353685358 Feiyu's official website : http: //www.feiyujd.com/ metal spiral wound gasket is widely used in petrochemical, oil refining, electric power, steel, shipbuilding, marine engineering, the industry not only solve many domestic power plants, gas works, chemical plants and other pump, valve member pipe seal in various gas / chemical leak fluid transport in question has many well-known companies and chosen as specified and has been exported to Europe, the Middle East, South America and Southeast Asia and many other countries and regions. Zhengzhou factory metal spiral wound gasket, spiral wound gasket factory Xinmi