Dust Free Manufacturere Feed Station
The dust-free feeding station is a transfer device using negative pressure to collect dust, which is suitable for bag opening and feeding of transfer materials in the production process. The material can be stored first, then transported, and used together with the dust collection system to effectively avoid dust flying. The conical part of the silo is equipped with a vibrator to facilitate the flow of materials. A screening system can be installed in the silo to prevent caked materials from blocking the blanking opening and conveying pipe. It is designed according to the user’s needs to effectively isolate the material dust, powder, etc. and related equipment generated during feeding from the human body
The dust-free feeding station is mainly used to manually remove the belt and pour the materials into the equipment of the dust-free feeding station. The negative pressure dust collection device is used to automatically pump the dust particles generated in the process of unloading, avoiding the dust flying in the traditional feeding method. When the small bag materials need to be unpacked and poured into the next process, only manual unpacking is required and then they are put into the dust-free feeding station system. The material dust generated during feeding is collected by the dust collection fan. The material can intercept large pieces of material and foreign matters through the safety screen, so as to ensure that the qualified particles are discharged. The dust-free feeding station system is applicable to the feeding, screening and unloading of small bags in the new energy lithium battery, chemical industry, food and other industries, especially for the feeding and screening of materials with poor fluidity. Due to the role of the dust collecting fan during unpacking, the material dust can be avoided flying everywhere. The equipment can be used for a variety of production processes, either as a single powder feeding and unloading equipment, or as an important powder unloading in powder conveying systems such as one point multi feeding and multi-point feeding
