SGM Gantry S.p.A. - SGM Magnetics

8 products found

SGM Gantry S.p.A. - SGM Magnetics Products

  • Separation

  • SGM - Model Type MDM and PDM - Drum Magnets

    SGM - Model Type MDM and PDM - Drum Magnets

    SGM Drum Magnets are provided in two different types: permanent magnet drums and electromagnetic drums. Both magnet drums are specifically designed for different applications, for example the permanent magnet drum type TPR or TMP are not only used on the recycling industry, they can be used for the deferrization of any non-magnetic material such as fodder, cereals, fertilizers, foundry sand, grit, or other materials. Whereas the electromagnetic...

  • Lifting

  • SGM - Mega Scrap Magnet

    SGM - Mega Scrap Magnet

    SGM engineered a new type of lifting magnet for scrap including pig iron, shredded steel, scrap from shear, turnings, plate cuttings, bales of steel sheets and heavy scrap from demolition. By switching from a circular scrap magnet to an SGM Mega Scrap Magnet, the process to handle scrap, either loading or unloading, can be cut to half the time. This lifting magnet has a lifting capacity that is 60-70% higher than the scrap handled by a...

  • Magnetism - Eddy Current Separators

  • SGM - Model SIS - Eddy Current Separators

    SGM - Model SIS - Eddy Current Separators

    Designed with a large concentric rotor for maximum exposure of material to magnetic field. Concentric rotor design allows for the use of large permanent magnet blocks and for disposing of maximum magnetic energy. This combined with high speed rotor (up to 3,000 rpm) provides superior metal recovery and purity performance.

  • SGM - Model VIS - High Frequency Eddy For Non-Fe Fines ASR

    SGM - Model VIS - High Frequency Eddy For Non-Fe Fines ASR

    Designed with a concentric rotor for maximum exposure of material to mag-netic field. Concentric rotor design allows for the use of large permanent magnet blocks and for disposing of maximum magnetic energy. This combined with high speed rotor (from 3.000 up to 4.800 rpm) provides superior metal re-covery and purity performance. Ideal for performing both an instantaneous and progressive separation on ultra fines metals. The use of a ferrous separation...

  • Spreader Beams

  • SGM - Spreader Beams

    SGM - Spreader Beams

    Based on over 60 years of operation and a position as world leader of lifting magnets, SGM has the experience and references of a wide range of magnet spreader beam solutions. Spreader beams are designed based on the application (steel mill, port, service center,…) and customers’ crane situations which, in case of overhead or Gantry cranes can be single hoist , one trolley with two hoists, two hoists on two independent trolleys....

  • Control Panels

  • SGM - Magnet Control Panels

    SGM - Magnet Control Panels

    All SGM lifting magnet control panels are based on the latest electronic technology and are fully designed by SGM. Control panels can either be standard or customised for a specific application or as per customers’ requirements. Possibility of meeting customers’ preferences for brands of electronic components. PLC and AC/DC drives are all designed for industrial use. SGM disposes of extensive experience in designing interfaces between...

  • Electro Magnets and Elecro Permanent Magnets

  • SGM - Electro Lifting Magnets

    SGM - Electro Lifting Magnets

    Electro magnets have been used  in industrial lifting applications for over  100 years and their  working principle as well as their two main generic components are well known, these being  a ferrous core fitted with pole shoes (polarities) at its extremity and  an electro conductor winding (typically made of aluminum or copper) surrounding part of the  core. The...

  • SGM - Electro Permanent Lifting Magnets

    SGM - Electro Permanent Lifting Magnets

    Electro Permanent Magnet are lifting magnets made of two different types of permanent magnet  blocks which either combine their respective magnetic flows (forces)  into the load during the operating mode (lifting phase) or  short-circuit them into each other during the resting mode. The passage from the resting mode to the operating one and vice versa is achieved by applying a short current impulse to one of the two...