Through changing parameter to test, the effect of technology parameters on gasket performance was studied.
并通过改变参数进行试验，找出参数对其性能影响的规律性。
In the low temperature, corrosive medium or vacuum conditions, with special performance should be considered the gasket.
在低温，腐蚀性介质或真空条件下，应考虑具有特殊性能的密封垫。
Meanwhile the performance of graphite spiral wound gasket under different technique parameters was analysed.
同时对不同工艺参数下的石墨缠绕垫片性能进行分析。
Combined with copper outer tubes, carbon steel inner tubes, precision machined gasket surfaces, and fully expanded tube depth, this design assures efficient, dependable performance.
镀铜外管、碳钢内衬管、精密加工的密封垫表面以及全扩展的管深度，保证了高效和稳定的性能。
Factors affecting flange sealing have been analyzed. Basic performance of common gasket is expounded and Suggestions for gasket selection have been proposed.
分析了法兰密封的影响因素，介绍了常用垫片的基本性能。对垫片的选用提出了一些看法。
Through adjusting gasket structure, its mechanical performance is changed to consist with request of bolt, so that flange joints can meet the standard of sealing request.
通过垫片工艺结构的调整，使其力学性能与紧固件的要求一致，使法兰接头符合操作时的密封性。
High temperature resistant silicon gasket, excellent sealing performance.
耐热硅橡胶密封圈，密封性能优越。
High temperature resistant silicon gasket, excellent sealing performance.
耐热硅橡胶密封圈，密封性能优越。
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