The use of Cheapest Moisture Resistant Particle Board is becoming more and more widespread, and the praise rate is getting higher and higher. We should pay attention to the correct operation method when operating it in order to better use it. Let’s learn about Cheapest Moisture Resistant Particle together. What are the reasons for board thickness deviation?
The Cheapest Moisture Resistant Particle Board has always been favored by many owners, but in the process of use, the problem of different sheet thicknesses often occurs. In fact, in general, it is normal for the thickness of the sheet to have a deviation of 0.2mm. Uneven pavement During the production process of Cheapest Moisture Resistant Particle Board, whether the raw material pavement is uniform is one of the main reasons for the thickness deviation of Cheapest Moisture Resistant Particle Board. If there is a piece of uneven weight or uneven paving on the left and right sides of the slab Circumstances, it will cause deviations in the thickness of the slabs of other layers.

Hot-pressing deformation Most Cheapest Moisture Resistant Particle Board manufacturers produce thickness deviations due to the deformation of the hot-pressing plate, which may cause uneven preheating and heating, and the temperature will rise too quickly; there may be missing plates, thin plates, and thin plates during the production process. Short board and other phenomena. Asymmetry of hot pressing position When the position of the blank in the hot pressing plate is asymmetric, the hot pressing plate cannot always be kept in a horizontal state during the pressing process, resulting in thickness deviation. Hydraulic system position control Multi-layer presses generally use multiple cylinders to work at the same time. All cylinders of some presses are directly connected to the same pressure pipe. Their pressures are consistent at any time and cannot be changed or adjusted individually. Therefore, uneven paving cannot be overcome. The thickness deviation caused by factors such as the asymmetry of the position of the slab in the platen.