Dry Powder Electromagnetic Iron Remover Machine For Food & Pharmaceutical Powders

High-Efficiency Dry Powder Electromagnetic Iron Remover – 99%+ Iron Removal Rate for Food & Pharmaceutical Powders

Product Overview

The Dry Powder Electromagnetic Filter is an efficient iron removal device that combines the principles of electromagnetic adsorption and sieve filtration. When powered, the electromagnetic coil generates a strong magnetic field, magnetizing the magnetic media within the filter element to create a high-intensity magnetic field gradient. As dry powder material flows through the filter element, ferromagnetic impurities are magnetized and adsorbed onto its surface, while non-magnetic impurities are intercepted by the pore structure of the element. The purified dry powder is then discharged through the outlet. When the power is turned off, the magnetic field disappears, and the adsorbed impurities can be cleaned off by methods such as back-blowing or vibration.

Application Scenarios

1. Powder Processing Industry: Used for iron removal and purification of food-grade powders such as flour, starch, milk powder, and feed, preventing metal impurities from affecting product quality.

2. Chemical Powder Sector: Suitable for the purification of materials such as plastic pellets, pigments, paint powders, and rubber additives, preventing metal impurities from causing equipment wear or affecting product performance.

3. New Energy Materials Industry: Used in the production of lithium battery cathode materials, anode materials, and photovoltaic powders to remove ferromagnetic impurities and ensure material purity.

4. Pharmaceutical Powder Field: Used for iron removal in pharmaceutical excipients and active pharmaceutical ingredient (API) powders, meeting the stringent hygiene standards of the pharmaceutical industry.

Advantages and Features

• High Purification Efficiency: The strong magnetic field can adsorb micron-sized ferromagnetic impurities, achieving an iron removal rate of over 99%, while also intercepting some non-magnetic particulate impurities.

• Easy Operation: The device operates immediately upon powering on, and impurities are easily cleaned after powering off. It can be integrated with an automated slag discharge system for continuous operation, reducing labor costs.

• Strong Material Adaptability: Capable of handling dry powder materials of different particle sizes and moisture levels. The filter element structure is diverse and can be adapted to various process flow requirements.

• Pollution-Free: Uses a physical adsorption method that does not alter the chemical properties of the material, produces no consumable contamination, and meets the cleanliness requirements of industries such as food and pharmaceuticals.

• Low Energy Consumption, Long Lifespan: The electromagnetic system has low energy consumption, and the filter element is made of wear-resistant magnetic conductive materials, making it durable with low maintenance costs.