Apakah peralatan penyembur plasma?

Terdapat pelbagai kaedah pembuatan untukperalatan penyembur plasma, pemilihan utama peralatan semburan atmosfera, peralatan semburan ultrasonik, peralatan semburan tekanan rendah dan sebagainya.

Teknologi peralatan penyemburan plasma udara digunakan secara meluas dalam pengukuhan permukaan dan pembaikan bahagian mekanikal. Salutan komposit peralatan penyemburan plasma udara kebanyakannya adalah struktur berliang berlapis, yang menjadikan salutan itu tahan terhadap suhu tinggi, kakisan dan haus, dan hayat perkhidmatannya sangat dipendekkan. Peralatan penyembur hipersonik mempunyai ciri-ciri suhu tinggi dan operasi berkelajuan tinggi, yang boleh meningkatkan kekerasan dan kekencangan ikatan.

The results show that carbon fiber itself has excellent hardness, stiffness, wear resistance, heat resistance, wear resistance, binding force and other properties, is a new spraying equipment process. The addition of carbon fiber/carbon nanotubes can improve the internal microstructure and mechanical properties of the coating. The carbon fiber and carbon nanotube contain each other, which can improve the toughness, wear resistance and binding force of the coating.

Peralatan penyembur plasma is a material surface strengthening and surface modified material process, this process is currently used in many industries, can make the surface of the material more wear-resistant, high temperature resistance, corrosion resistance and so on. Its working principle is to use the DC most driven low-temperature plasma arc as a heat source, add thermal melting or semi-melting state to the surface of the object, and spray to the surface of the object at high speed to form a solid surface layer. The key components of this innovation are plasma generator, vapor transport pipeline and low-temperature plasma nozzle. Working principle: The high pressure energy generated by the plasma generator is activated and controlled in the tube of the nozzle to produce plasma, which will produce a variety of physical and chemical changes after the surface of the object is treated by the spraying equipment. It can also remove dust, impurities and other organic matter on its surface. Surface modified materials, surface activation, performance improvement and so on.