What is the working principle of the mobile telescopic spray booth? The mobile telescopic spray booth is mainly composed of rails, mobile frame room body, room body sealing cloth, motor and reducer, electric control box and other components. When the workpiece is prepared for painting, the telescopic room shrinks; after the workpiece is moved to the corresponding area, the telescopic room stretches; after the spray painting work is completed, the telescopic room shrinks and the workpiece is moved out. Then the next batch of workpieces are sprayed. In which industries are mobile telescopic spray booths mainly used? Telescopic mobile spray booths are mainly used in heavy machinery, shipbuilding, steel structure, boiler, aerospace, military industry and other industries. The spray painting workpieces have the following characteristics: bulky, special-shaped, very long, very high, etc.

Central dust removal equipment is used in polishing dust removal, cutting dust removal, grinding dust removal, incineration (combustion) dust removal in industrial production processes to effectively handle fine particles such as debris, smoke or dust. The process of separating these fine particles from the gas through dust removal equipment is the process of industrial dust removal.

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Fixed spray paint room refers to a principle that the industrial waste gas generated by the operation in a confined space is drawn into the purification equipment through the pipeline by the negative pressure in the room for filtering, and the filtered qualified air is discharged at high altitude.

Utilizing the adsorption characteristics of activated carbon micropores to adsorb organic waste gas is the most effective industrial treatment method. Honeycomb shaped activated carbon has the advantages of stable performance, corrosion resistance, and resistance to high-speed airflow impact. Using it to adsorb organic waste gas can achieve a purification efficiency of up to 90-95%. After saturation, activated carbon can be regenerated by hot air desorption. After regeneration, the activated carbon is put back into use. By controlling the flow rate of the desorption process, the concentration of organic waste gas can be concentrated 10-20 times. The desorption gas flows through the combustion device of the catalytic bed and is heated to about 300 ℃. Under the action of the catalyst, it ignites, and the purification efficiency of the ＊＊catalytic combustion process can reach over 90%. After combustion, CO2 and H2O are generated and a large amount of heat is released. This heat is then used to heat up the high concentration waste gas desorbed through the heat exchanger inside the catalytic combustion bed. Another part of the air outside the heating chamber is used as the activated carbon desorption gas. Generally, the burner needs to be started for about 1 hour to achieve the self equilibrium process of desorption catalytic combustion. After reaching thermal equilibrium, the electric heating device can be turned off. At this time, the regeneration treatment system relies on organic solvents in the exhaust gas as fuel, which enables the regeneration process to achieve a self balancing cycle without the need for additional energy, greatly reducing energy consumption and avoiding the generation of secondary pollution. The entire adsorption and treatment system

We also provide a wide range of agricultural chemicals to support the development of agriculture and improve crop yield and quality.