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How do you use a floor grinder?
Release time:2020-03-18
The performance of floor grinding machines includes: grinding width, grinding head operating mode, rotational speed, unit pressure of the grinding head, water control, and more. Construction standards are categorized into: flatness, clarity, and glossiness. 1. Grinding area of floor grinding machines: Generally speaking, the larger the machine’s grinding area, the higher the flatness of the constructed surface. However, as the grinding coverage increases, the efficiency of leveling height differences on the floor tends to decrease. 2. Grinding head operating mode of floor grinding machines: The more complex the grinding head’s operating mode, the greater the grinding force and the higher the work efficiency, which also enhances the floor’s clarity. A bidirectional 12-head floor grinding machine delivers even stronger grinding force. 3. Floor grinding machines
The performance of floor grinding machines includes: grinding width, grinding head operating mode, rotational speed, unit pressure of the grinding head, and water control. Construction standards are categorized into: flatness, clarity, and glossiness.
1. Grinding area of floor grinding machines: Relatively speaking, the larger the machine’s grinding area, the higher the flatness of the constructed floor. However, precisely because the grinding coverage increases, the efficiency of leveling out height differences on the floor tends to decrease.
2. Operation mode of the floor grinding machine’s grinding head: The more complex the operation mode of the floor grinding machine’s grinding head, the greater the grinding force, the higher the work efficiency, and the better the floor’s clarity will be. A bidirectional 12-head floor grinding machine delivers even stronger grinding force.
3. Grinding machine spindle speed: Generally speaking, the higher the rotational speed of the grinding head on a floor grinding machine, the greater the grinding force will be. However, excessively high speeds can reduce the grinding force between the abrasive material and the floor surface being ground. Moreover, when the pressure exerted by the grinding head is relatively low, it can compromise the stability of machine operation and lower the quality standards of the construction work.
4. Unit pressure of the grinding head on the floor grinder: The pressure exerted by the grinding head of a floor grinder—and indeed, the weight of the machine itself—directly affects the efficiency and leveling accuracy. The greater the grinding head pressure, the higher the relative efficiency and leveling rate. However, when working on excessively soft surfaces, if the grinding head pressure is too high, the cutting force will increase. In such cases, the floor grinder may fail to run at a constant speed, thereby compromising the smoothness of the finished surface.
5. Water Control: Typically, floor grinding is divided into wet grinding and dry grinding, with the choice of method largely determined by the type of flooring. Water plays crucial roles in lubrication, chip removal, and cooling. As the grinding process for hard granite floors progresses, it’s essential to promptly adjust and control the water supply. The temperature generated during floor grinding directly affects the resulting gloss level.
By learning about the performance of floor grinding machines, we believe that after understanding the features of each component, you’ll find it easier to choose a floor grinding machine that better meets your specific needs. Qingqinyu Environmental Technology Co., Ltd. offers a wide range of floor grinding machines. If you’re interested, please call Manager Wu at 13925069066 for more information.
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