Lifting Electromagnet

Lifting Electromagnet Overview

A Lifting Electromagnet is a device that uses electric current passing through a coil to generate magnetism, which disappears when the current is turned off. Widely used in industrial settings, it is typically constructed from soft iron or silicon steel and features a fully sealed, moisture-resistant design. These magnets are optimized for light weight, high suction force, and low energy consumption. The magnetic properties can be conveniently controlled by adjusting the electric current, making them versatile and efficient.

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Key Advantages

• Easy Control:
  • Magnetism is activated or deactivated by simply switching the current on or off.
• Flexible Adjustment:
  • The strength and polarity of the magnetic field can be altered by adjusting the current’s intensity and direction.
• Wide Applications:
  • Suitable for industries such as metallurgy, mining, machinery, and transportation to lift ferromagnetic materials like steel.

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Applications

• Metallurgy, Mining, and Machinery:
  • For lifting steel, cast iron, and other magnetic materials.
• Transportation:
  • Widely used in railway logistics, ports, and shipbuilding to replace manual handling of heavy loads.
• Special Environments:
  • Can operate under extreme conditions, including high temperatures, underwater, dusty, toxic, or cold environments.

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Specialized Models

MW5 Series – Scrap Steel Lifting Electromagnet

• Designed for lifting cast iron ingots, steel balls, and various scrap steel.

MW12 Series – Rectangular Electromagnetic Chuck for Bundled Rebar

• Features a high-permeability magnetic circuit design capable of penetrating multiple air gaps.
• Suitable for lifting bundled rebar; often used in combinations of multiple chucks.

MW22 Series – Steel Ingots and Large Blooms

• Optimized for lifting steel ingots, large initial blooms, and structural steel components.

MW84 Series – Electromagnet for Medium and Thick Steel Plates

• Specially designed for lifting medium-thickness steel plates (6–32 mm).
• Ensures safe, accurate, and efficient operations.
• For longer steel plates, multiple electromagnets should be used in tandem.
• Available in two types:
  • Type 350 and Type 400 for different lifting capacities.
  • Normal Temperature and High-Temperature models (up to 700°C).

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Why Choose Lifting Electromagnets?

Lifting Electromagnets are essential tools for efficient material handling in industries requiring frequent and heavy lifting tasks. Their ability to function in diverse environments, combined with customizable strength and operational flexibility, makes them invaluable in both standard and specialized industrial applications.