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Self Cleaning Drawer Type Electro Magnetic Separator Designed to Enhance Magnetic Separation Efficiency in Material Processing Plants

Self Cleaning Drawer Type Electro Magnetic Separator Designed to Enhance Magnetic Separation Efficiency in Material Processing Plants

Brand Name: TMY
MOQ: 100
Payment Terms: T/T
Supply Ability: IN STOCK
Detail Information
Place of Origin:
TIANJIN,CHINA
Certification:
ISO9001,ISO14001,ISO45001
Magnetic Tube Size:
D25mm
Operatingtemperaturerange:
-10°C To 50°C
Noiselevel:
< 75 DB
Type:
Permanent,magnet
Interface Size:
DN50–DN300
Application:
Mining, Recycling, Food Industry
Separation Capacity:
5 Tons/hour
Power:
0.75kW - 15kW
Powersupply:
220V/50Hz
Feeding Particle Size:
0-3mm
Productname:
Electro Magnetic Separator
Installation Type:
Fixed
Model:
EMS-2000
Warranty:
12 Months
Rated Power:
Small-sized ≤5kW; Large-sized 10–20kW
Highlight:

self cleaning drawer type electro magnetic separator

,

electro magnetic separator for material processing

,

high efficiency electro magnetic separator

Product Description

The self-cleaning drawer-type magnetic separator is based on the magnetic rod assembly of the traditional drawer-type magnetic separator and is equipped with an automatic cleaning mechanism (such as scraper, brush or high-pressure flushing component); When powder, particles or low-viscosity fluid materials flow through the drawer chamber, ferromagnetic impurities are adsorbed by the magnetic rods. Once the set time or the threshold for impurity adsorption is reached, the cleaning mechanism automatically operates. The impurities are removed from the surface of the magnetic rod, and the removed impurities fall into the collection tank or are directly discharged. The entire cleaning process does not require manual pulling of the drawer, and it can be carried out continuously or semi-continuously.

Application scenarios
  1. High-capacity powder processing industry: Continuous iron removal for flour, feed, plastic particles, and lithium battery powder materials, suitable for automated production lines.
  2. Food and medicine clean workshop: Removal of iron from milk powder, pharmaceutical excipients, and health supplement raw materials, in accordance with GMP standards, to avoid contamination caused by manual operations.
  3. The field of fine chemicals: Purification of pigment powders, coating raw materials, and catalyst particles to ensure product purity and stability.
  4. Building materials and non-metallic minerals: Removal of iron from quartz sand powder and kaolin powder, improvement of product whiteness, suitable for continuous powder production lines.
  5. Tobacco processing industry: Removal of iron from tobacco shreds and tobacco additive powders, to protect subsequent cutting and rolling equipment.