It is recommended that you use stainless steel vibrating screen for screening high temperature materials. The whole machine is made of stainless steel, which can screen high temperature materials above 200 ℃. In addition to its high temperature resistance, it also has anti-corrosion, acid and alkali resistance. The small editor of the stainless steel shale shaker manufacturer will talk about the stainless steel shale shaker used for high-temperature materials according to some questions frequently asked by screening users.

　　High temperature materials are mainly used in the chemical industry, most of which contain chemical substances, such as catalyst, cement clinker, ammonium nitrate, titanium dioxide, vanadium, titanium slag, magnesium slag, furnace slag, coal ash, etc. The stainless steel vibrating screen can not only meet the high temperature screening of these materials, but also meet the screening of powder, granular and small materials with the mesh size of 0.028mm~10mm of stainless steel vibrating screen.

　　The whole stainless steel vibrating screen has 304, 304L, 310, 310L, 316, 316L stainless steel. The higher the grade, the better the heat resistance and heat insulation performance of stainless steel. It can withstand the screening of high temperature materials at 200 ℃ - 500 ℃. In addition to good heat resistance and heat insulation performance, the stainless steel vibrating screen is less prone to rust after internal and external polishing and polishing, and good cleaning performance can prevent high temperature materials from being polluted.

　　The stainless steel vibrating screen uses a vertical motor as the exciting force, which can transform the rotating motion of the motor into a horizontal, vertical and inclined three-dimensional motion, and then transfer this motion to the screen surface. The screen surface makes high-temperature materials smaller than the screen surface aperture fall to the lower layer through the screen hole through the continuous vibration, becoming undersize materials. The high-temperature materials larger than the screen surface aperture are discharged from the discharge port after continuous jumping movement, So as to complete the screening and grading of high-temperature materials.