Kaolin raw ore calcination wet PTMS magnetic separator ultrafine dry dispersion product
drum separator
Process flow for producing PTMS magnetic separator from coal measure kaolin - Calcination First and Wet superfine process Picture: raw ore crushing, crushing, calcination, wet superfine drying and dispersing products. The advantages of this process are as follows: the amount of ultrafine materials is small. Since the theoretical firing loss of calcined kaolin made from kaolin is 13 96%, considering the combustion and volatilization of organic matter and fixed carbon in the process of calcination, as well as the mechanical loss in the process of calcination,
PTMS magnetic separator
In the actual production of PTMS magnetic separator, the yield of calcined kaolin is only about 80%. The ultra-fine process consumes a lot of energy, which reduces the energy consumption from one side due to the reduction of the amount of processed materials. Ultrafine materials are easy to be dried and dispersed. Due to the viscous properties of kaolin itself, it is difficult to reduce ultrafine materials into dry powder before burning.
what is magnetic separation used for?
In this way, the material in the PTMS magnetic separator process is very easy to become sintering from the initial bond, especially when the content of fusible minerals in the material is high, the sintering situation is more serious, is not conducive to the dispersion of the material after firing, so it is still necessary to use ultrafine equipment again ultrafine;
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