Processes to extend the lifespan of valve internals
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Most failures of control valves are caused by damage to the valve internals; therefore, these internals are often manufactured using processes such as cemented carbide processing, plasma cladding, and supersonic spraying. Are there any other new processes available?
If repair is needed for the valve internals, feel free to contact us. Wu 18973142717 – the same WeChat ID. Our company supplies valve internals to numerous domestic valve manufacturers. In response to the various challenges associated with the harsh operating conditions of equipment from companies such as SchuF, Fisher, Mogas, and Shell, as well as the complex geometries, large sizes, and difficulty in processing of the hard alloy and steel composite components used in these devices, we have conducted numerous discussions and in-depth studies with the relevant officials at coal chemical companies. We have carried out extensive work in areas such as drawing modification and improvement, adjustment of material properties, and changes to the external shape of the components, thereby making the structural design of the products more rational, improving production efficiency, increasing the proportion of domestically produced components, and significantly reducing costs. Valve customers include Neway, Fisher, Fox, etc. The processing techniques include cemented carbide machining, plasma surfacing, supersonic spraying, and precision machining, which effectively extend the lifespan of valve components.