powder magnetic iron separator for ceramic slurry

The DCZ type dry-method full-automatic magnetic separator is suitable for removing various powdery materials after 10-15000, such as lithium battery anode ternary material, lithium manganate, lithium carbonate, lithium iron phosphate, lithium cobalt oxide, nickel hydroxide cobalt-manganese ternary precursor, single-water lithium hydroxide, lithium mica and manganese carbonate, the lithium hydroxide, the lithium mica, the ternary precursor, the nickel hydroxide cobalt-manganese, the electrolytic manganese dioxide, the electrolytic manganese metal, the lithium-electric-grade cobalt chloride, the cobalt hydroxide, the battery material waste residue, the diaspore, the ceramic powder, the quartz sand, the potassium feldspar, the bauxite and other new energy, high-purity quartz and the mineral powder, The ferromagnetic material in the powder of chemical, electronic, food, medicine and other industries. After years of experience and practice, and the continuous R & D optimization and technology breakthrough, the iron-removing solution in the product industry has reached the international leading level, and is in the absolute leading position in the same industry in China.

PRODUCT ADVANTAGES

1.An oxide film coil winding of an inlet security level. The purity, the temperature resistance, the conductivity and the service life are better than that of the domestic coils.

2.In the condensation system of patented technology, the constant temperature rise of the equipment at room temperature is less than 50 ℃, and the magnetic loss is reduced by 40%.

3.And the magnetic saturation of the constant working state is increased by 20 percent.

4.According to the material characteristics of lithium industry, the structure design and configuration of special polymagnetic medium are optimized, and the processing ability and effect are increased by 20%. When the particle size of the material is in the condition of μ m, the effect is still remarkable.

5.The patent coil winding technology and the connection mode, the magnetic flux density is increased by 20%.

6.Automatic intelligent control operating system, local and remote control, physical keys, touch screen, software three ways of random control.

7.Optional special material channel wear-resistant coating, theoretical hardness up to HV1200 and does not affect the original characteristics of any raw materials.