Suspended Electromagnet

      When the equipment is operating, the electromagnetic coil generates a strong magnetic field upon energization, forming a stable magnetic force zone. As materials move along the conveyor belt into this magnetic field, ferromagnetic contaminants (such as iron filings, iron chunks, and iron inclusions in ores) are rapidly adsorbed onto the surface of the magnetic poles, while non-magnetic materials pass through the conveyor system without interruption. In self-unloading designs, the adsorbed iron impurities are automatically discharged as the conveying mechanism or belt rotates out of the magnetic field, thereby achieving continuous ferrous contaminant removal and automatic cleaning.

Features and Advantages

• Adopts an electromagnetic excitation structure with adjustable magnetic force intensity
• Suitable for separating strongly magnetic and deeply embedded iron impurities
• Enables continuous operation with automatic iron discharge functionality
• Compatible with conveyor belt systems, offering flexible and convenient installation
• Applicable to challenging operating conditions, such as mining and metallurgical environments
• Supports oil-cooling or air-cooling configurations to enhance equipment stability
• Can be used in explosion-proof and high-safety-level industrial applications
• Delivers high separation efficiency, ideal for handling large material flow rates

Optional Configurations

• Housing material options: stainless steel plate or manganese steel baseplate
• Iron discharge methods: automatic or manual unloading
• Motor options: explosion-proof and non-explosion-proof drive motors
• A variety of belts available: anti-static, wear-resistant, high-temperature resistant, etc.
• Additional optional features: dust cover, zero-speed switch, belt misalignment switch, etc.
• Installation methods: horizontal mounting or installation at the head pulley position of the conveyor belt

Applications

• Mining and Ore Processing: removes iron from ore conveyance, protecting crushers and beneficiation equipment while enhancing ore purity
• Building Materials and Aggregates: removes iron during the transport of construction raw materials, improving product quality and consistency
• Metallurgy and Steel Production: separates and recovers metals from smelting feedstocks, increasing resource utilization
• Power Generation and Coal Transportation: clears ferrous objects from coal conveyor systems, ensuring the safe operation of conveying equipment
• Chemical Industry and Industrial Raw Materials: purifies granular materials by removing iron contaminants during conveyance

Materials Processed

• Ore-Based Materials: iron ore, mixed ores, coexisting metallic minerals
• Granular Materials: sand, gravel, coal, industrial granules
• Blocky Materials: construction aggregates, slag, large pieces of ore
• Industrial Waste: steel slag, scrap metal fragments