Simply speaking, the heat generated by the ultrafine mill mainly comes from two aspects,
One is that the friction of the machine itself generates heat,
The second is the heat generated by factors such as collision and friction between machinery and materials. The manufacturing process of the ultrafine mill is excellent, and the heat generated by the friction of the machine itself can be ignored. And its crushing principle is clever, relying on rolling and grinding, not hard impact shear, coupled with its own low speed (only 285r/min), so the heat generated is much lower than other shredders, more ingenious is that the sorting flow of ultrafine shredders directly through the grinding tank, at the same time, it takes away most of the heat, so, Ultrafine mill continuous operation will not have a higher temperature. In the actual measurement, the wall temperature of the continuously running ultrafine grinding machine will not exceed 55 degrees, and the powder temperature will not exceed 45 degrees.
However, in a small and closed environment, if the air does not circulate, the heat cannot be transmitted out, the limited air is heated again and again, when the indoor temperature has reached more than fifty degrees, it will lead to the micro mill also slow heat dissipation, which requires the customer to rearrange the machine to install ventilation facilities, this problem can be solved well. Therefore, before installation, we must explain to the customer the importance of ventilation for normal operation. These are the reasons why ultrafine grinding machines can continue to crush at relatively low temperatures.
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