Ultrafine powder packaging process dust, materials containing gas can not be filled, bulging bags, broken bags how to do?
Some powder materials, such as battery cathode material, negative material, potassium perchlorate, cobalt trioxide, graphite powder, extinction powder, etc. Material floatation is serious, there is a lot of gas in the material itself, and the whole material is relatively empty, which leads to the difficulty of smoothly filling in bags or barrels in the packaging process. If the forced bagging is not handled, it will cause the phenomenon of bulging or breaking bags. In order to avoid this situation, many enterprises choose to deposit the material for a period of time and then pack it. Long-time precipitation can solve the problem of powder filling, bulging and broken bags, but it takes a long time, the packaging efficiency is very low, and the labor cost is high. It is very inconvenient for enterprises eager to ship goods. However, most of the packaging machines circulating in the market do not have the function of exhaust and degassing. What can we do about this situation? This requires degassing devices to combine with the packaging machine to complete the degassing, metering and packaging of powder. GUANGZHOU HENGER ELECTRONIC EQUIPMENT CO., LTD. (National Free Consulting Telephone: 400 000 9716) R&D and design of ultra-fine powder degassing packaging machine adopts foreign advanced technology. It adds degassing and dedusting device to the packaging machine. First, it degasses the packaging material, discharges the air in the material, makes the material compact, and then carries out packaging metering process. Powder material is degassed by degassing device. After gas treatment, it will not change its nature, and avoid the dust problem in the packaging process. It also solves the problem of bulging and breaking bags after material packaging, and the measurement becomes easier. Workers are free from the suffering of dust, and no longer need to precipitate the material, greatly improving the efficiency of work. Solve the packaging problem