13000GS Magnetic Liquid Traps for Lithium Battery Product Line

Lithium battery cathode materials include lithium cobalt oxide, lithium manganate, lithium iron phosphate, and ternary materials. In the past, the iron removal of battery materials used permanent magnet iron removers. With the high-end demand of the market, the iron removal effect of permanent magnets could not meet the quality requirements of customers. GME can provide you with battery material slurry iron removal equipment and dry powder iron removal equipment.

It is widely used in ppm and ppb level iron removal of powders such as lithium battery raw materials (cobalt oxide, lithium cobalt oxide, lithium manganate, ternary materials, lithium iron phosphate, and battery anode graphite materials, etc.).

Features of Lithium Battery Magnetic Traps

Applicable objects: materials containing iron impurities, other

Filter Type: Magnetite

Scope of application: water treatment, chemical industry, petroleum, light industry, pharmaceutical, lithium battery, etc.

Gaussian Strength: 13000 Gauss

Product surface material: SS304, SS316, SS316L

Size: customized

Use temperature: 80 degrees

Applicable pressure:≤1mpa

Magnetic Liquid Traps Applications:

Installation and use of Magnetic Water Filtration Magnetic Trap:

The liquid magnetic filter interface flange and the slurry output line connected to the slurry from the filter evenly flow, after a period of time to determine the cleaning cycle after the trial.

Clean the cover before the first screw on the clamping screw, remove the casing cover parts, and then out of the magnet, adsorption on the casing of iron impurities can automatically fall off. After cleaning, install the casing into the cylinder, tighten the clamping screw, and then insert the magnet bar cover into the casing, you can continue to use.

How to select our products

Please advise us of the above necessary information to make inquiries. If you aren't in a position to offer this information, please feel free to contact our engineer and acquaint us with the application environment and material condition.

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