Introduction to envelope frame: The mechanism of envelope frame filtering and dust removal is the comprehensive effect of short-range capture mechanisms such as screening effect, diffusion settling, direct interception, inertial collision, and electrostatic adsorption
The mechanism of envelope frame filtering and dust removal is the comprehensive effect of short-range capture mechanisms such as screening effect, diffusion settling, direct interception, inertial collision, and electrostatic adsorption. When the dusty air passes through the filter media such as grids, fabrics, nonwovens, foamed plastics, etc., the dust layer formed by the dust inside or on the surface of the filter media, and the filter layer formed by the upper layer of the powder are trapped to separate it from the air flow. As the dust layer thickens, it is necessary to regularly remove the dust layer to ensure the continuous operation of the dust removal process.
The dust removal framework adopts galvanizing technology, with a strong, wear-resistant, and corrosion-resistant coating, which avoids the corrosion of the framework surface and the adhesion of the filter bag after a period of operation of the dust collector, ensuring smooth bag replacement and reducing damage to the bag during the bag replacement process. The skeleton characteristics of the dust collector include the design of the shell cyclone dust collector flow pattern, which can play a local cyclone role and reduce the load on the filter bag. The shape of the cylindrical dome is uniform in force and has good blast resistance. Unrestricted by the gas source conditions of the usage scenario, with few vulnerable parts, easy maintenance, and reliable operation. Overcoming the cheating problem of compressed air pulse dust cleaning. The anti blowing effect distance is large, and long filter bags can be used to fully utilize space and occupy a small area. The trapezoidal flat bag is arranged inside the cylindrical body, with a simple and compact structure, which improves the service life of the filter bag. Pre seal the cabinet door and opening, considering that the heat emitted from the control cabinet exceeds the allowable temperature of the components, mechanical sealing is used inside the cabinet. After the dusty gas in the framework of the dust collector enters the ash hopper, due to the sudden expansion of the airflow section and the effect of the airflow distribution plate, some coarse particles in the airflow settle in the ash hopper under the action of dynamic and inertial forces.