Magnetic equipment: how do they work and where are they applied?

Have you ever wondered how the industry manages to remove unwanted metals from raw materials or move heavy steel sheets with such precision? The answer lies in the technology of magnetic equipment, which is gaining more and more space in industrial processes due to its efficiency, safety and economy.

In this article, we will explain in a simple way how this equipment works and where it is applied.

What are magnetic equipment?

They are industrial devices that use magnetic fields to manipulate, separate or hold ferrous materials. These fields can be generated by permanent magnets (such as ferrite or neodymium) or by electromagnets (powered by electric current).

How do they work?

The principle is simple: ferrous materials (such as iron and carbon steel) are attracted to magnetic fields. Magnetic equipment takes advantage of this behavior to perform different functions within the industry, such as:

  • Separate metallic contaminants from raw materials;
  • Fix or lift sheets, billets and metal parts;
  • Protect machines against damage caused by metallic particles;
  • Improve the quality of the final product by eliminating unwanted metals.

Types of magnetic equipment and their applications

  • Magnetic Separators: Used to remove ferrous metals in continuous production processes. They can be installed on conveyors, ducts, mills or silos.

Applications: mining, recycling, food, plastics, paper and cement industries.

  • Magnetic and Electromagnetic Plates: Mounted above conveyor belts, they capture metals from the material flow.

Applications: quarries, processing plants, classification lines.

  • Magnetic Pulleys: They replace the end pulley of a conveyor belt and act as an automatic separator.

Applications: continuous separation of metals in transport systems.

  • Magnetic Lifters: Allow the safe movement of metal parts without the need for hooks or straps.

Applications: metallurgical industries, boiler shops, machining and cutting centers.

  • Magnetic Filters: Retain metallic microparticles in liquids and pastes.

Applications: chemical, food and pharmaceutical industries.

Why invest in magnetic equipment?

In addition to increasing operational safety and protecting expensive equipment, magnetic systems are also essential for meeting quality requirements and compliance with technical standards, especially in markets such as food, automotive and export.

Choosing the right equipment makes all the difference

Each production process requires a specific magnetic solution, with the ideal intensity, field type and format. Therefore, relying on a specialized supplier is essential to guarantee performance, durability and efficiency.

Speak to ITAL and find out which magnetic equipment is ideal for your process. Click here and chat with one of our salespeople.

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