Lifting magnets for steel industry include Scrap Handling Magnets as well as billet handling magnets. For scrap handling, we offer aluminum coil electromagnets from 700 mm diameter to 2000 mm dia. Aluminum coil magnets are lighter and cool down faster. They are also economical compared to copper coil magnets. Copper coil magnets can also be supplied. They can be customized as per the order. Special Features

• Self-coiling spring operated cable reeling drum.
• Heavy duty control panel.
• Electromagnets can be used for hot billet handling. Generally two electromagnets with spreader beam are used for handling long billets.
• Completely sealed with thermal conductive compound and protected terminal box.
• Rectangular magnets for billet handling are available.
• We can offer cold as well as hot magnets.

• No battery back up required – load will not fall even if power fails.
• Due to negligible power consumption, life of magnet is very long and spares requirement is minimal.
• Also magnets can be used continuously unlike electro magnets, which need OFF time to cool down.
• Power is used only at time of magnetizing and demagnetizing. Hence power consumption is negligible.

Lifting magnets for steel industry include Scrap Handling Magnets as well as billet handling magnets. For scrap handling, we offer aluminum coil electromagnets from 700 mm diameter to 2000 mm dia. Aluminum coil magnets are lighter and cool down faster. They are also economical compared to copper coil magnets. Copper coil magnets can also be supplied. They can be customized as per the order. Special Features

• Self-coiling spring operated cable reeling drum.
• Heavy duty control panel.
• Electromagnets can be used for hot billet handling. Generally two electromagnets with spreader beam are used for handling long billets.
• Completely sealed with thermal conductive compound and protected terminal box.
• Rectangular magnets for billet handling are available.
• We can offer cold as well as hot magnets.

• No battery back up required – load will not fall even if power fails.
• Due to negligible power consumption, life of magnet is very long and spares requirement is minimal.
• Also magnets can be used continuously unlike electro magnets, which need OFF time to cool down.
• Power is used only at time of magnetizing and demagnetizing. Hence power consumption is negligible.