SSS-Product
_MG_1742_MG_1747Magnetic Separators and Eddy Current Separators operating on the Bunting and Master Magnets stand at the RWM17 exhibition (Sept 17)Magnetic Separators and Eddy Current Separators operating on the Bunting and Master Magnets stand at the RWM17 exhibition (Sept 17)Stainless Steel SeparatorBunting High Intensity Separation ConveyorMagnetic Separators and Eddy Current Separators operating on the Bunting and Master Magnets stand at the RWM17 exhibition (Sept 17)Magnetic Separators and Eddy Current Separators operating on the Bunting and Master Magnets stand at the RWM17 exhibition (Sept 17)

Stainless Steel Separators

The HISC Stainless Steel Separator is commonly installed after primary Magnetic Separation and Eddy Current Separation and is used to remove either weakly magnetic materials from the primary product to produce a clean recycled material (eg UPVC window frames, recycled plastics, etc), or to recover valuable materials (eg stainless steel and PCBs).

The strength of the magnetic field is far greater than standard magnetic separators, extending the separation capabilities from just removing ferrous and strongly magnetic materials to materials that have a very low magnetic susceptibility.

 

Product Description

Stainless Steel Separators

The separation of Printing Circuit Boards is an issue for many recycling companies, especially those involved in WEEE (Waste Electrical and Electronic Equipment).

PCBs contain a number of components mounted on a non-conductive substrate including capacitors, resistors and active devices. A PCB will contain gold, palladium, silver, copper and different hazardous materials, and cannot be disposed of in landfill. Once recovered, there are companies who specialise in recovering the precious metals from the PCBs, but firstly, these need to be recovered from a waste stream.

Mastermags HISC Magnetic Separator is commonly installed after primary Magnetic Separation and Eddy Current Separation and is used to remove either weakly magnetic materials from the primary product to produce a clean recycled material (eg UPVC window frames, recycled plastics, etc), or recover valuable materials (eg stainless steel and PCBs).

The strength of the magnetic field is far greater than standard magnetic separators, extending the separation capabilities from just removing ferrous and strongly magnetic materials to materials that have a very low magnetic susceptibility.

Applications

The Mastermag HISC is commonly used for:

  • ASR Stainless Steel Separation
  • Appliance Recycling
  • Plastic Flake Separation
  • Medical Waste Separation
  • Electronics Recycling

Models

Hight Intensity Separation Conveyor

  • The original stainless steel separator
  • 2 standard HISC pulley diameters in 4" and 6" diameters with extremely high gauss fields for separation of paramagnetic work-hardened stainless steel and wire purification.
  • Stainless frame discharge ends for extremely strong magnetic fields
  • Heavy duty formed 3/16" frames with forklift lifting slots through the frame
  • Heavy duty formed 3/16" sideguards over the flexwall belt to seal off and contain the flow
  • Standard tough urethane to match the application for maximum effectiveness
  • Optional lengths for the addition of overhead magnetic crossbelts towards in feed.
  • Optional variable frequency drive to optimize separation for belt speeds between
  • 60 and 200 fpm

Stainless Steel Separation Conveyor

  • Separates up to 5" fr
  • Standard SSSC 8" pulley diameter
  • Patent-pending core design: magnetic grid obtains highest attracting, extracting and holding forces
  • Unique high-intensity gauss grid design gives more holding force area
  • Easy separation of larger irregular shaped pieces of shredded stainless
  • Stainless Frame discharge ends for extremely strong magnetic fields
  • Heavy duty formed 3/16" frames with forklift lifting slots through the frame
  • Heavy duty formed 3/16" sideguards over the flexwall belt to seal off and contain the flow
  • Stabdard tough urethane to match the application for maximum effectiveness