One-click operation, dry powder iron removal equipment opens a new era of intelligent iron removal.

Dry powder magnetic separators are widely used in multiple industries, including  alumina, talc, and silica and zircon flours. , etc. In the processing of quartz sand, they can effectively remove the iron - containing substances generated during the manufacturing process of quartz sand, improving the quality of quartz sand. In industries such as ceramics and glass, they can remove iron impurities from raw materials, enhancing product quality. In the food and feed industries, they can remove magnetic foreign bodies from dry materials, ensuring product safety.

Technical Parameters

Common technical parameters of dry powder magnetic separators include canister diameter,, magnetic induction intensity , Different models of dry powder magnetic separators vary in these parameters to meet different production requirements. 

Selection Key Points

Material Characteristics: The magnetic strength, particle size, humidity, and processing capacity of the materials are important bases for selection. For materials with strong magnetism, magnetic separators with relatively low magnetic field intensity can be selected. If the particle size of the materials is large, the size of the feeding port and the internal structure of the magnetic separator need to be considered to ensure the smooth passage of materials. Meanwhile, in production scenarios with a large processing capacity, equipment with a matching processing capacity should be selected to ensure production efficiency.

Magnetic Field Intensity Requirements: Determine the required magnetic field intensity based on the content and properties of magnetic impurities in the materials. Permanent magnet dry powder magnetic separators have relatively fixed magnetic field intensity and are suitable for materials with relatively stable magnetic impurity content. Electromagnetic dry powder magnetic separators, on the other hand, have adjustable magnetic field intensity and are more suitable for production processes where the magnetic impurity content fluctuates greatly or where high - precision magnetic separation is required.

Budget Considerations: Permanent magnet dry powder magnetic separators have a low initial investment cost. During operation, no additional electricity is required to maintain the magnetic field, and they are easy to maintain later, resulting in relatively low overall operating costs. Although electromagnetic dry powder magnetic separators have a high initial equipment purchase cost, they can flexibly adjust the magnetic field intensity and are suitable for complex magnetic separation requirements. Enterprises can select suitable equipment based on their own budgets and long - term production plans.