This twin-screw dust humidifier adopts high-chromium cast iron as the main material, which has excellent wear resistance and can withstand long-term abrasion from high-hardness metallurgical ore powder, improving the service life by more than 3 times compared with ordinary carbon steel materials. The twin-screw conveying structure can evenly convey and mix ore powder, while the spraying humidification system can evenly add water to the ore powder, avoiding local over-wetting or under-wetting of materials. The touch screen control system supports real-time adjustment of processing capacity, water supply flow and other parameters, which is simple and easy to operate. The equipment is also equipped with a fault alarm function, which can alarm in time when the equipment fails, reducing the downtime of the production line.
The main body is made of high-chromium cast iron with a thickness of 10mm, ensuring excellent wear resistance and structural strength. The overall dimensions are 3800*1300*1900mm, with a net weight of 4.1 tons, suitable for fixed-site installation in metallurgical plants. The main motor power is 18.5kW, with a protection grade of IP55, suitable for the harsh environment of metallurgical plants. The twin-screw diameter is 300mm, with a conveying distance of 3.5m, which can meet the conveying needs of most metallurgical production lines. The water supply system is equipped with 6 spray nozzles, which can achieve uniform water distribution. The touch screen control system supports data storage and remote monitoring, which can be integrated with the factory's central control system. The applicable ore powder particle size ranges from 0.075mm to 3mm, suitable for most metallurgical ore powder materials.
This twin-screw metallurgical ore powder humidifier is mainly applicable to metallurgical enterprises, mineral processing plants and sintering plants, which generate large quantities of metallurgical ore powder and sintered powder. It is suitable for humidifying and treating materials such as iron ore powder, copper ore powder, sintered powder and other metallurgical dust materials, which can effectively reduce dust overflow during transportation, processing and storage links. By improving the humidity of ore powder, it can also reduce the wear of conveying equipment and improve the efficiency of subsequent processing procedures. It can also meet the national environmental protection emission requirements for industrial dust, improving the working environment of workshop staff.
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