The woodworking dust removal system bag filter has four optional functions: offline cleaning, online cleaning, constant pressure difference cleaning, and timed cleaning. It also has pressure and temperature detection systems and manual control modes The adopted intake guidance and uniform flow technology ensures even flow distribution and ash unloading Pulse valve, service life and dust cleaning The dust collector filter bag is easy to install, has good sealing performance, and can achieve non-stop bag replacement

Dust pollution is the main source of pollution in the woodworking workshop of furniture factories. During the processes of wood cutting, surface processing of board materials, sanding, edge alignment, etc., a large amount of wood chips and wood powder are generated. The wood flowers, wood chips, and wood fibers produced by various planers and milling machines belong to large-scale wood dust, the wood chips produced by various sawing machines and drilling machines belong to medium-sized wood dust, and the wood powder produced by various sanding machines belongs to fine type wood dust In addition, dust pollution is becoming more severe in the production and processing workshops of artificial stone countertops such as cabinets There are two important technical and economic indicators for the dust removal process of woodworking dust removal systems: investment cost and operating cost The former is one-time, while the latter is frequent, and its cumulative number can be several times or even tens of times that of the former And the proportion of electricity consumption and vulnerable parts is high in operating costs, so it is very important to reduce operating costs Our company, Keming, has implemented new technology in the woodworking dust removal system process

1. We have designed a soft connection between the dust collector outlet and the fan to reduce the vibration caused by the high-speed operation of the fan. A muffler is also designed at the outlet of the fan to reduce the noise generated by the high-speed operation of the fan

2. For the convenience of maintenance and observation of the dust collector, we have designed a glass observation (maintenance) door under the dust hopper of the dust collector. The system pipeline is connected by flanges between 4-6 meters, and a maintenance door is designed around 5 meters to facilitate the observation and cleaning of dust settling inside the pipeline

3. In response to the hydrophilic characteristics of wood dust, dust is prone to clumping at certain moisture levels, which can cause blockage by arching and bridging in the dust collector hopper. We have designed a vibrator in the dust collector hopper to assist in dust cleaning and reduce the need for manual assistance

4. The electrical control of the dust removal system, ventilation and dust removal system need to be matched with fans and air compressors, and the drive requires a three-phase four wire power supply. The dust collector needs to be equipped with one pulse controller for dust cleaning The pulse meter is installed near the dust collector The power supply for the control cabinet (box) shall be provided by the construction party Request to pull the cable to the main switch pile inside the control cabinet Please also provide a public grounding for easy connection of the ground wire

5. In response to the high concentration of wood dust, we have adopted a gradual airflow channel design for the dust collector, ensuring even distribution of airflow Optimize the design of airflow organization to avoid high-speed scouring and wear on local areas inside the dust collector Ensure that the compressed air for dust cleaning is evenly sprayed and filtered through all filter bags, thereby improving the overall lifespan of the filter bags

The design concept of the woodworking dust removal system is based on the principle of saving investment as much as possible. Due to the high concentration of dust generated by woodworking equipment during processing, the commonly used pulse bag dust removal technology in China is adopted to achieve the purpose of recovering dust and purifying exhaust gas, so that all emission indicators meet the emission requirements