Product Title

Core Advantages

1. Adjustable High Magnetic Field for Superior Removal Efficiency
   
   
   Using electromagnetic induction, it generates a strong, adjustable magnetic field. Available in standard, high-intensity, and super-high-intensity models, it effectively removes ferrous impurities from powder, granular, and lump materials, significantly improving material purity.
2. Multiple Cooling Options for Stable Performance in All Conditions
   
   
   Choose from air-cooled, water-cooled, or oil-cooled systems. Air-cooled units feature a simple, low-maintenance design for general use. Water-cooled models offer high heat dissipation for high-intensity, high-flow applications. Oil-cooled units provide exceptional stability for the most demanding environments, preventing overheating.
3. Robust Structure, Flexible Installation & Easy Maintenance
   
   
   The core magnetic system is housed in a durable stainless steel or carbon steel shell for excellent wear and corrosion resistance. It supports suspended, drum, and pipeline installations to integrate seamlessly with existing conveyor systems. Both automatic and manual iron discharge options are available to minimize downtime.
4. Wide Industry Compatibility
   
   
   Ideal for mining, metallurgy, coal, power generation, chemical, and building materials industries. It provides reliable solutions for ore pre-concentration, coal washing, fuel purification, and raw material processing.

Product Details & Technical Overview

Working Principle

Structural Composition

• Magnetic System: The core component, consisting of an iron core and coils, generates a stable magnetic field when energized.
• Outer Shell: Made of stainless steel or carbon steel to protect the magnetic system and provide structural support.
• Cooling System: Air, water, or oil cooling ensures effective heat dissipation and continuous operation.
• Iron Unloading Device: Removes collected impurities using automatic scrapers/conveyors or manual operation.

Classification

• By Installation: Suspended (above conveyors), Drum (at conveyor ends), Pipeline (for in-line processing).
• By Magnetic Strength: Standard, High-Intensity, Super-High-Intensity.
• By Cooling Method: Air-cooled, Water-cooled, Oil-cooled.

General Technical Parameters

Selection Guide

1. By Material Characteristics: Consider material type, particle size, moisture, and ferrous impurity content.
2. By Production Capacity: Select specifications matching your production line's processing capacity.
3. By Installation Method: Choose suspended, drum, or pipeline types based on your site's layout and process requirements.
4. By Cooling Method: Select air, water, or oil cooling based on your operating environment and heat dissipation needs.

FAQ

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