Kaolin, Feldspar & Quartz Separators
Dry Magnetic Separator for Any Powder (Calcite)
Dry Magnetic Separator for Any Powder (Calcite) by PTMS (Foshan Powtech). Separators configured for kaolin, potassium and sodium feldspar, quartz sand and other non-metallic minerals.
- Free 5–10 kg sample test before you order, report in 5 days
- 24-hour burn-in test on every unit before shipment
- Installation guidance and remote support for overseas buyers
Specifications
Detailed technical parameters for the Dry Magnetic Separator for Any Powder (Calcite) were not published on the original PTMS website; contact us for the current datasheet. Separators configured for kaolin, potassium and sodium feldspar, quartz sand and other non-metallic minerals.
| Parameter | Value |
|---|---|
| Magnetic field strength | Contact us for specs |
| Capacity / throughput | Contact us for specs |
| Coil or motor power | Contact us for specs |
| Input voltage | Contact us for specs |
| Cooling method | Contact us for specs |
| Dimensions & weight | Contact us for specs |
Specifications for this item are not yet published. Contact us for specs. We configure each machine for your material after a free sample test.
Product details
The electromagnetic dry powder machine mainly aims at the new type of iron removing machine developed by the cathode and the negative powder material. Its magnetic system is characterized by large angle and multi magnetic pole. The magnetic flux density of the machine selection area is more average, and the magnetic system can be used to design different field strength according to the different properties of the ore. In addition, the electromagnetic dry powder machine is selected. There is no need to overcome the effect of gravity and the resistance of raw materials. When the non magnetic minerals are separated from the magnetic field, the minerals can be well separated from the magnetic cylinder under the action of gravity. And the electromagnetic drying machine increases the mechanical vibration device, which can not only improve the effect of iron removal, but also facilitate the realization of iron abandoning.
[scope of application]
The electromagnetic dry powder machine is especially suitable for fine particle selection of mineral particles, such as magnetized fine particles of black metal hematite, pseudo hematite, limonite, siderite, chromite, manganese ore, fine grained nonferrous metal wolframite, fine particles of rare metal monazite, and fine-grained nonmetallic ore feldspar, quartz and high The anti magnetic separation of minerals, such as ridge soil, is iron removal.
