Seeds & Grains

Large Mag-Ram® Self Cleaning Separator for bulk grain handling
Magnattack® Mag-Ram® Self Cleaning Separator installed
Magnattack® Rapidclean® Grate Magnet
Magnattack® Rapidclean® Grate Magnet ready for cleaning
Magnattack® Round Pipe Separator
Magnattack® Round Pipe Separator installed
Magnattack® RE80® Separation Shaft
Magnattack® RE80® Separation Shaft installed
Magnattack® RE80® Separation Shaft installed
Magnattack® Probe from grain, upstream of a mill. The dangerous contaminants are typical of grain & seed applications
Large Mag-Ram® Self Cleaning Separator for bulk grain handling
Magnattack® Mag-Ram® Self Cleaning Separator installed
Magnattack® Rapidclean® Grate Magnet
Magnattack® Rapidclean® Grate Magnet ready for cleaning
Magnattack® Round Pipe Separator
Magnattack® Round Pipe Separator installed
Magnattack® RE80® Separation Shaft
Magnattack® RE80® Separation Shaft installed
Magnattack® RE80® Separation Shaft installed
Magnattack® Probe from grain, upstream of a mill. The dangerous contaminants are typical of grain & seed applications

PROTECT MACHINERY - PROTECT CONSUMERS - PROTECT BRANDS

MAGNETIC SEPARATION SYSTEMS ARE COMMONLY USED IN SEED & GRAIN CLEANING APPLICATIONS FOR THE FOLLOWING REASONS:

  • Removal of tramp and large metal pieces.
  • Prevention of dust explosion caused by metal entering high impact machinery.
  • Protection of damage to high impact machinery, e.g. first break roll.

Commonly used magnets include plate magnets, hump magnets and drum magnets. Due to excessive wear and abrasion of grain, grate style magnets were not usually considered effective – until the development of the Mag-Ram® Self-Cleaning Separator.

This design removes the need for any of the above mentioned designs. The low profile system needs very little headroom, has built in contingencies for anti-abrasion with the special Dura-Slik® Ram design, and the ever-changing contact point on the bars. View the Mag-Ram® page here.

The following grains require Dura-Slik® designs to ensure abrasion resistance is maintained and wear on the magnet surfaces is kept to a minimum:

  • Buckwheat
  • Rice
  • Dry corn
  • Flax
  • Kamut
  • Millet
  • Canola
  • Durum wheat
  • Hard red and hard white wheat
  • Spelt
  • Oats
  • Triticale

  • What has been incorporated into the design of the magnet to reduce abrasion? Note: this is very important for seed & grain applications.

  • Is the magnet design sanitary and compliant?
  • Is the magnet simple to clean and maintain?
  • Does the separator assembly comprise of high grade magnetics (such as RE80®) to ensure longevity and maintaining the magnet strength?
  • What design criteria is in place to ensure effective magnetic separation is achieved without blockages?
  • What means are taken to ensure magnet strength is maintained over time?
  • Does the magnet comply with current HACCP and best practice standards (e.g. 0909MAGSEP 1-2010)?
  • Is the magnet supplied with adequate certification?

HACCP CE
  • Patents and patents pending.

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