1- Lifting Magnets (Electromagnetic and Permanent Magnets)

• • Electromagnetic Lifting Magnets: These operate using electric current to generate a strong magnetic field, lifting large and heavy ferromagnetic materials such as steel plates, billets, and coils. The magnetic force can be adjusted according to load requirements, providing precise control during the handling process. The load is released when the current is cut, which offers a safety advantage in emergency situations.

  • Permanent Lifting Magnets: Manufactured using rare-earth magnets or ferrite materials, these magnets do not require an external power source and are the ideal solution for environments without electricity. They are durable for small and medium-sized loads and continuously maintain their magnetic field.

2- Scrap Handling Magnets

• • Round Scrap Magnets: Designed specifically for scrapyards, these magnets possess a durable structure for collecting scrap metal fragments from large areas. Thanks to their strong magnetic field, they effectively lift and sort metal parts of various shapes and sizes. They are typically used suspended from cranes or excavators and feature impact-resistant structures.

  • Rectangular Scrap Magnets: Ideal for long and irregularly shaped scrap, these offer a wider surface area compared to round magnets and are highly efficient in stacking and organizing scrap loads.

3- Sheet Metal Magnets

• • Magnetic Sheet Lifters: Used in the handling of thin steel plates, these feature special magnetic circuits to safely lift thin plates without causing damage. They are common in the automotive and shipbuilding sectors for bulk steel plate handling.

  • Advanced Systems: Advanced sheet lifters feature automatic or semi-automatic magnetic force adjustments that minimize bending or deformation when handling plates of different thicknesses.

4- High-Temperature Magnets

• • Magnets used in high-temperature applications, such as foundries or forging workshops, are manufactured to withstand high heat while maintaining magnetic power. These magnets are suitable for continuous operation with heat-resistant coils and materials that do not lose their magnetic properties at elevated temperatures.

5- Magnetic Beams and Spreaders

• • Magnetic Rebar Beams: Equipped with multiple magnets, these beams distribute the load across a wide surface area, enabling the transport of large, flexible loads such as rebar bundles, wide steel plates, or multiple metal sheets simultaneously. They are ideal for applications where load stabilization is critical.

  • Magnetic Beam Lifters: Used to transport long and heavy objects such as steel beams or billets; they provide efficient handling with minimal labor. They offer adjustable magnet options for different load sizes.

Technical Advantages and Features:

• • Variable Magnetic Control: Many electromagnetic systems allow operators to adjust the magnetic force according to load requirements. This reduces the risk of dropping or damaging the load.

  • Safety Mechanisms: High-quality magnet systems feature safety measures such as backup batteries or safe demagnetization to ensure the load is released safely in emergency situations.

  • Wear-Resistant Materials: Industrial magnets are coated with wear-resistant materials such as manganese or steel alloys, making them durable for harsh environments in scrap handling or steel production operations.

  • Automation Compatibility: Modern magnet systems can be integrated with automated crane systems and robotic arms, offering synchronized operations and remote control capabilities that ensure precision in heavy-duty production lines.

In metal processing sectors, these magnet systems increase operational efficiency by offering continuous, rapid material handling capabilities; they reduce labor requirements and provide a safe, fast handling process.