Self-Cleaning Electromagnetic Iron Remover with Automatic Iron Discharge and 1200-16000Gs Magnetic Field Strength for Efficient Iron Removal

Product Introduction

The Self-Cleaning Electromagnetic Iron Remover is a high-efficiency iron removal device based on the suspended type, enhanced with an automatic iron discharge mechanism. The equipment uses wave-fin heat sinks, which significantly increase the heat dissipation area and effectively control temperature rise, offering a cooling speed 40% faster than natural cooling. This product is suitable for occasions requiring continuous automatic iron removal and can be widely used in mining, metallurgy, building materials, power, and other industries to achieve automated production .

Core Advantages

• Automatic Iron Discharge:​ Equipped with an automatic discharge device that can remove adsorbed iron impurities without manual intervention, greatly reducing labor intensity .

• Efficient Heat Dissipation:​ Designed with wave-fin heat sinks, offering a large dissipation area and good temperature rise control, ensuring long-term stable operation .

• Adjustable Magnetic Field:​ The magnetic field strength can be easily adjusted by changing the current size, adapting to the removal needs of magnetic impurities in different materials, offering high flexibility .

Product Parameters

Application Case

Case: A Ceramic Raw Material Company in Hunan

This company uses eight  electromagnetic iron removers to produce over 800 tons of albite daily. The produced albite now has an iron content <0.1% and a whiteness degree above 52, meeting the production requirements for high-quality ceramic raw materials. The equipment runs stably with a high degree of automation, significantly reducing manual operation and improving production efficiency .

Q&A

Q1: Why might the self-cleaning iron remover not discharge iron cleanly?

A: This could be due to insufficient tension or severe wear of the discharge belt. Check the tension and wear condition of the discharge belt, and adjust or replace it promptly .

Q2: What causes excessive noise during equipment operation?

A: This might be due to damaged bearings or poor lubrication. Check the bearings and lubrication status, and replace damaged bearings or add lubricant in time .

Q3: How to extend the service life of the equipment?

A: Regular maintenance is required, including checking if fasteners are secure, oil levels are appropriate, and the tension and lubrication of the drive chain. Regularly inspect mechanical components and replace worn vulnerable parts in a timely manner .