Stainless Steel 304 Neodymium Magnetic Separator Grid, clean-magnetic grate, Permanent Easy-cleaning Grate Magnetic Bar for Separator, High Performance Magnetic Grid Rods Stainless Steel 304 Neodymium Magnetic Separator Grid Features: Material stainless steel 304 + Neodymium Magnet Size Custom Surface Gauss 12000 Gauss Gauss After Tube 9000 Gauss ( +/-500) Type Easy-cleaning Certification ISO9001, ISO14004 Lead […]
Recycling Dry Magnetic Separator, Recycling Ferrous Metals Mineral Processing Magnetic Separator With Good Outside, Dry drum magnetic separator for recycling iron from sand, high gradient magnetic separator for magnetic separator iron sand high grade selection
The MPYCW series Recycling Dry Magnetic Separator for magnetic material recycling was developed by our company through state-of-the-art technology. It effectively reclaims magnetic materials and is widely utilized in industries such as mining, metallurgy, power generation, etc.
The onboard magnetic system includes a group of magnetic rings complete with an inlaid magnet. This system directly envelopes magnetic materials with high field intensity, which enables the magnetic separator to achieve an 85 to 95% reclamation rate. The provided V-type scraper assists with waterless discharging of materials.
High Gradient Magnetic Separator is a new mine selection machine which has developed in the recent 20 years, mainly uses in thin grade ferromagnetism mineral dry and wet separates and recycle weak magnetic metal ores.
Application field of high gradient Recycling Dry Magnetic Separator
Ferrous metal: recycling feint hematite, hematite, limonite, siderite, ilmenite, manganese,etc.
Nonferrous metal: separating wolframite, garnet, etc.
Rare metal: recycling tantalum niobite, iron lepidolite, monazite, xenotime, etc.
Nonmetal: decontaminating quartz, feldspar, kaolin and refractory material. non-ferrous metal separator
Technical features of Recycling Dry Magnetic Separator
1. Vertical Ring Rotation & Pulsating Beneficiation
2. High Frequency Vibration Mechanism
3. Wide Range of Feed Particle Size
4. Multi-Gradient Matrixes & Liquid Level Control System.
These technologies improve the grade of magnetic concentrate and recovery.
5. Frequency Conversion Step-less Adjustment for Rotary Speed & Vibrating Frequency.
6. No Stepper Phenomenon of Rotary Rings