Inorganic ceramic membranes have excellent filtration performance. In addition to effective interception, they also have advantages such as low temperature resistance, high temperature resistance, solvent resistance, acid and alkali corrosion resistance, high mechanical strength, long service life, high separation efficiency, and easy cleaning and regeneration. They can achieve deep purification of liquids. Widely used in craft beer, fruit wine, fruit juice, beverages Seasonings, biology, and other fields.
Usually in ceramic membrane filtration operations, as the filtration operation progresses, due to the selective permeability of the membrane, components on the surface of the filtration membrane are constantly intercepted, and the intercepted components accumulate on the surface area of the membrane material liquid side, accumulating to a certain extent Cleaning required.
The membrane of the ceramic membrane shear flow filter rotates at low speed along with the shaft driven by the motor, producing The shear rate forms a swirling flow, which, under the action of shear force, makes the filter cake layer on the surface of the filtration membrane very thin or even exposed, avoiding the formation of a clogging layer and thus not hindering the permeation flow. Therefore, the membrane flux decays slowly and is affected by
The influence of material concentration is relatively small, and the continuous and stable filtration time is long.
Inorganic ceramic membranes have excellent filtration performance. In addition to effective interception, they also have advantages such as low temperature resistance, high temperature resistance, solvent resistance, acid and alkali corrosion resistance, high mechanical strength, long service life, high separation efficiency, and easy cleaning and regeneration. They can achieve deep purification of liquids. Widely used in craft beer, fruit wine, fruit juice, beverages Seasonings, biology, and other fields.
Usually in ceramic membrane filtration operations, as the filtration operation progresses, due to the selective permeability of the membrane, components on the surface of the filtration membrane are constantly intercepted, and the intercepted components accumulate on the surface area of the membrane material liquid side, accumulating to a certain extent Cleaning required.
The membrane of the ceramic membrane shear flow filter rotates at low speed along with the shaft driven by the motor, producing The shear rate forms a swirling flow, which, under the action of shear force, makes the filter cake layer on the surface of the filtration membrane very thin or even exposed, avoiding the formation of a clogging layer and thus not hindering the permeation flow. Therefore, the membrane flux decays slowly and is affected by
The influence of material concentration is relatively small, and the continuous and stable filtration time is long.
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