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News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
News in the field of magnetic separation - Magsy
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News in the field of magnetic separation - Magsy

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The magnetic separator serves to catching of metal magnetic impurities within a stream of liquid or bulk agents. …

The magnetic separator serves to catching of metal magnetic impurities within a stream of liquid or bulk agents.

Published in: Technology, Business
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Transcript

  • 1. NEWS IN THE FIELD OFMAGNETIC SEPARATION
  • 2. COMPANY PRESENTATION• Established in 2000• We deal with the sales of magnets and magneticseparators awarded with the quality certificateISO 9001• Our magnets and other magnetic products aresold worldwide• Our production is located only in the Czech Rep.• We have our own R&D department• Our branches are situated in Bulgaria, Polandand Slovakia
  • 3. NEWS IN THE FIELD OF MAGNETIC SEPARATION
  • 4. MAGNETIC SEPARATOR, PLATE TYPE –A NEW VERSIONWhat materials can besorted?• Bulk and hardlypermeable mixtures• Materials with coarsegranulesSeparator benefits• Ferrite or neodymiummagnets• Deep magnetic field• Double magnetic arch• Made of the stainless-steel 1.4301
  • 5. DRY MIXTURE SEPARATION – manual cleaningMagnetic separator, plate type – A NEWVERSION
  • 6. ROTATIONAL MAGNETIC SEPARATORWhat materials can be sorted?• Bulk and hardly permeablemixtures• Materials tending to a bridgingeffect• Abrasive materialsSeparator benefits• Very high separation efficiencydue to neodymium magnets• Magnetic induction of up to14.100 Gs• The smallest separated metalparticle 1 μ• Decreased pipe grinding-throughrisk – by abrasive materials• Possibility of changing of themagnetic pipes rotation
  • 7. DRY MIXTURE SEPARATION – manual cleaningMagnetic separator – rotationaltype
  • 8. DRY MIXTURE SEPARATION – manual cleaning
  • 9. MAGNETIC SEPARATORS FOR TANKSWhat materials can besorted?• Materials transported fromtanks using pressurized airSeparator benefits• Very easy handling and cleaning• Meeting of food industry standards• It consists of 4 pieces of magneticpipes with the diameter of 30 mmwith neodymium magnets• Magnetic induction of up to 14.100Gs• The smallest separated metalparticle: 1 μ• Device weight: 14 kg
  • 10. MAGNETIC SEPARATORS FOR TANKS
  • 11. DRY MIXTURE SEPARATION – manual cleaning
  • 12. MAGNETIC SEPARATOR, PLATE TYPEWhat materials can besorted?• Bulk and hardlypermeable mixtures• Materials with biggergranulesSeparator benefits• Ferrite or neodymium magnets• The same construction heightas in case of the manualcleaning → simple replacementpossibility• Automatic cleaning – no needfor a human operation• Regular cleaning → higherseparation efficiency
  • 13. MAGNETIC SEPARATOR – PLATE TYPE
  • 14. SINGLE-SIDED MAGNETIC SEPARATORSWhat materials can be sorted?• Bulk mixturesSeparator benefits• Very high separation efficiency due toneodymium magnets• Magnetic induction of up to 14.100 Gs• The smallest separated metal particle- 1 μ• Separation of metal impurities biggerthan 5 mm• Demanding less space• Automatic cleaning – not necessary tobe operated by persons• Regular cleaning → higher separationefficiency
  • 15. SINGLE-SIDED MAGNETIC SEPARATORS
  • 16. DRY MIXTURE SEPARATIONautomatic cleaning
  • 17. DOUBLE MAGNETIC DRUMWhat materials can besorted?• Bulk and hardlypermeable mixtures (e.g.(pellets)• Materials with biggergranulesSeparator benefits• Ferrite or neodymium magnets,or their combinations• Motor rpm´s regulation• Automatic cleaning – humanoperation is not needed• Regular cleaning → higherseparation efficiency• Minimazing of pure materiallosses• Multi-level separation
  • 18. DOUBLE MAGNETIC DRUM
  • 19. MAGNETIC FLOW SEPARATOR – A NEW TYPEWhat materials can besorted?• Liquid mixtures inpipelinesSeparator benefits• Very high separation efficiency due toneodymium magnets• The smallest separated metal particlesize 1 μ• Possibility of magnetic pipe replacement• The diameter of all magnetic pipes: 30mm• Magnetic induction: 13.000 Gs• Cascade flow• Magnetic core locking possibility• Possibility of supplying of a cleaningpreparation
  • 20. LIQUID MIXTURE SEPARATION – manualcleaning
  • 21. AUTOMATIC FLOW SEPARATORWhat materials can besorted?• Liquid mixtures withinpipelinesSeparator benefits• Very high separationefficiency due to neodymiummagnets• The smallest separated metalparticle size 1 μ• Magnetic induction of up to14.100 Gs• Automatic cleaning – humanoperation is not needed• Regular cleaning → higherseparation efficiency
  • 22. LIQUID MIXTURE SEPARATIONautomatic cleaning
  • 23. LIQUID MIXTURE SEPARATIONautomatic cleaning
  • 24. STANDARD PRODUCTS
  • 25. DRY MIXTURE SEPARATION – manual cleaningTelescopic magneticseparatorsas a standard, they consist of:as a standard, they consist of:Flange connections,supplied includingcounter-flangesBox structureMagnetic sliding grill
  • 26. Magnetic separator, plate typeDRY MIXTURE SEPARATION – manual cleaningIt serves for the separation from slightly permeablemixtures with worsened bulk parameters, eg.containing small lumbsCleaning: by tilting of the magnetic plate and manualwiping offAdjustable roof to be pulled apart: it enables an idealmaterial routing directly to magnetic plates
  • 27. DRY MIXTURE SEPARATION – manual cleaningMagnetic separators, platetype
  • 28. DRY MIXTURE SEPARATION – manual cleaningMagnetic rodsDue to threading on one side ofthe rod,you may create a magnetic grill byyourselvesM10x12
  • 29. DRY MIXTURE SEPARATION – manual cleaningMagnetic telescopic grillsSimple magnetic core securing using safetyclampGrill dimensions are based on customerrequirementsCleaning – by pulling the magnetic core outof the stainless steel pipes
  • 30. DRY MIXTURE SEPARATION – manual cleaningMagnetic platesTo be installed aboveconveyor beltsAs a standard, they are equipped with ferrite and neodymium – NdFeBmagnets
  • 31. DRY MIXTURE SEPARATIONautomatic cleaningSliding magnetic separatorcapacity of up to 150 t/hserves to the final separation of fine metalimpuritiesequipped with very strong NdFeB magnets – up to 14.100Gs – tear-off force up to 10 kgfully automated operation, possibility of connecting to theplant controlling systemscleaning without material flow interruptionstandard input dimensions 250x250 ; 400x400 ; 500x500
  • 32. Sliding magnetic separatorDRY MIXTURE SEPARATIONautomatic cleaning
  • 33. DRY MIXTURE SEPARATIONautomatic cleaning
  • 34. DRY MIXTURE SEPARATIONautomatic cleaning
  • 35. DRY MIXTURE SEPARATIONautomatic cleaningMagnetic drumsupplied as a separate drum,or in a covered version, as a completemagnetic separatorequipped with ferrite or NdFeBmagnets
  • 36. DRY MIXTURE SEPARATIONautomatic cleaningMagnetic drum
  • 37. DRY MIXTURE SEPARATIONautomatic cleaningMagnetic separatorsabove conveyorsTo be installed above aconveyor beltAutomatic transportation of caught impurities out of theconveyorVery important installation before grinders to protectknives
  • 38. DRY MIXTURE SEPARATIONautomatic cleaningMagnetic separators aboveconveyors
  • 39. DRY MIXTURE SEPARATIONautomatic cleaningMagnetic separators aboveconveyors
  • 40. DRY MIXTURE SEPARATIONautomatic cleaningMagnetic separators above conveyors – standard +EKO
  • 41. Magnetic separators – flow typeLIQUID MIXTURE SEPARATION – manualcleaningAs a standard, they consist of:As a standard, they consist of:MagneticcomponentMagnetic separatorbody
  • 42. LIQUID MIXTURE SEPARATION – manualcleaningMagnetic separators – flow type
  • 43. LIQUID MIXTURE SEPARATION – manualcleaning
  • 44. LIQUID MIXTURE SEPARATION – manualcleaning

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