BNCM7-2-M Manual Ceramic Membrane Filter

Short Description:

The BNCM7-2-M Ceramic Membrane Filtration Pilot Machine is widely used for pilot scale production for the processes of filtration, separation, clarification, concentration and etc in Food and Beverage, Bio-pharm, plant extraction, chemical, Blood product, environmental protection and other fields.This set of equipment can be replaced with different pore size ceramic membrane elements. 


  • Working pressure: ≤ 0.6MPa
  • Filtration Precision: MF/UF
  • Cleaning PH range: 2.0-12.0
  • Filtration Rate: 100-400L/h
  • Product Detail

    Product Tags

    Technical Parameter

    No

    Item

    Data

    1

    Product Name

    Ceramic Membrane Filtration Pilot Equipment

    2

    Model No.

    BNCM7-2-M

    3

    Filtration Precision

    MF/UF

    4

    Filtration Rate

    100-400L/H

    5

    Minimum Circulating Volume

    -

    6

    Feed Tank

    700L

    7

    Design Pressure

    -

    8

    Working Pressure

    0-0.4MPa

    9

    PH Range

    0-14

    10

    Working Temperature

    0-70℃

    11

    Cleaning Temperature

    0-70℃

    12

    Total Power

    7500W

    The system has the following advantages

    1. There is no phase change in the separation process, and the energy saving is significant. The separation process can be realized in the precision range of 2nm~1000nm (the precision outside the range needs to be customized).
    2. Wide range of applications, widely used in chemical, food, medicine, environmental protection, biotechnology and other fields.
    3. Using pressure as the driving force for membrane separation, the separation device is simple, easy to operate, and easy to automate.
    4.It can withstand strong acid and alkali, the cleaning process is simple and convenient, and it can carry out high-intensity frequent backwash cleaning and high-concentration, long-term chemical cleaning.
    5. Concentration polarization and membrane surface pollution are not easy to occur on the membrane surface, and the membrane permeation rate decays slowly.


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