ZT Series High Intensity Plate-Type Magnetic Separator for quartz hematite, limonite, garnet and siderite

ZT Series High Intensity Plate-Type Magnetic Separator for quartz hematite, limonite, garnet and siderite

Brief Introduction:

Our most recent research and development of high gradient and high intensity magnetic separator equipment is this series permanent high strength magnetic flat type magnetic separator.

It is mostly utilized for 1.2 mm fine non-metallic minerals, like nepheline, quartz, and feldspar. Moreover, red iron ore (hematite, limonite, garnet and siderite, etc.), manganese ore, ilmenite, and kaolin iron impurities removal purifying.

Features:

1. The surface magnetic field strength can exceed 14000GS, the magnetic circuit design is distinct, and the magnetic field intensity is high.

2. The magnetic separation effect is superior to that of the other permanent magnetic separation of the magnetic field.

3. In contrast to other high gradient magnetic separators, it uses less energy and electricity.

4. The framework requires little upkeep and is straightforward, reasonable, and easy to utilize.

Why Choose Us:

1. Simple structure, easy operation

2. Strong magnetic field, more complete and cleaner for iron removal

3. Low material loss, low failure rate, low energy consumption

4. High output capacity, work continuously and run smoothly

5. OEM order is acceptable, customize your needs

6. Service life of magnetic plate: 3 years+

Operation Principle:

Through the feeding pipe, the slurry enters the magnetic separator's distribution device. Once completely dispersed, it is equally distributed throughout the iron-removing belt located on the upper portion of the magnetic plate.

The slurry flows downward along the magnetic plate's slanted direction due to gravity. Under the strong magnetic field produced by the magnetic plate, the ferromagnetic material in the slurry is firmly adsorbed on the iron-removing belt. The motor drives the belt upward in the direction of the magnetic plate, bringing the adsorbed ferromagnetic material into the iron-removing area at the same time. Enter the tailing hopper for concentrated collection after being cleansed by the flushing water.

Specification: