Material Selection: According to the use environment and performance requirements of the shims, select the appropriate metal materials.
Mold design: design a reasonable mold structure to ensure that the stamped waveform shims meet the design requirements.
Stamping operation: put the raw material into the mold, through the stamping equipment for molding processing. During the stamping process, the quality of the shims should be checked to ensure that they meet the design requirements.
Post-processing: deburring, cleaning and anti-rust treatment of the stamped shims to improve the quality and service life of the shims.
High sealing performance: The design of the waveform gasket enables it to better adapt to the irregularity of the flange surface, thus improving the sealing performance.
Vibration damping and sound insulation: the waveform structure can absorb part of the vibration and shock, and play the role of vibration damping and sound insulation.
Corrosion and high temperature resistance: according to different material choices, waveform gaskets can adapt to different corrosive and high temperature environments.
Easy to install: the waveform gasket can be easily installed on the flange surface and is not easy to slide.
Machinery industry: used in mold manufacturing, precision machinery, hardware parts, etc., to solve machine maintenance problems, such as mold repair, mold measurement gap, etc..
Automotive industry: used in engine insulation, automobile chassis, suspension system and other parts, to improve the comfort and stability of the car.
Home appliance industry: waveform shims can be used inside washing machines to reduce vibration and noise, and improve the stability and service life of washing machines.
Construction industry: waveform gaskets can be used for roof waterproofing, wall sound insulation, etc., to improve the comfort of the living and working environment.
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Zone 6, Wanyang Zhongchuang City, Bihu Town, Liandu District, Lishui City, Zhejiang Province, China
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