High temperature resistant Star Unloader

　　The shell of high temperature resistant star discharger can be made of cast iron or welded with 306 or 304. The cast iron mold is heavy in volume, wear-resistant and easy to transport. The welding type has fast construction period and can be adjusted at will according to the special requirements of customers. The end of the rotor blade is made of special wear-resistant material, which can ensure good contact between the end of the blade and the inner wall of the shell. After wear, the end of the blade can be easily adjusted to keep good contact with the inner wall of the shell. If the closed rotor is used, it can have good air locking performance.

　　Features of high temperature resistant star discharger:

　　The high temperature resistant star type discharger is mainly suitable for materials with strong grinding performance and high temperature, which can adapt to the high temperature tenacity of materials. The discharger can choose explosion-proof motor and high temperature bearing. We adjust the gap between the discharger shell and rotor to a small amount. The end of the discharger rotor blade is made of special wear-resistant materials, which can ensure a good connection between the end of the blade and the inner wall of the shell The blade end can be easily adjusted after wear, so that it still keeps good contact with the inner wall of the shell. If the closed rotor is adopted, it can have good air locking performance, all of these conditions are to make the high temperature resistant star discharger adapt to the requirements of working conditions.

　　Application of high temperature resistant star discharger:

　　High temperature resistant star discharger has become an indispensable discharge equipment in some mining, metallurgy and chemical industries. Its main work piece is the rotating impeller, which not only plays the role of conveying materials, but also plays the role of sealing. It has the characteristics of beautiful and generous shape, compact and reasonable structure, high temperature resistance, wear resistance, reliable use, large capacity, low power consumption, etc.