Inorganic ceramic membranes are primarily made from inorganic ceramic materials such as alumina, zirconia, titania, and silica of various specifications as support bodies, which are surface-coated and fired at high temperatures. With a filtration precision ranging between 20nm and 1200nm, selecting a precision of 100nm or 200nm can effectively remove macromolecular impurities such as microorganisms and pectin.

      The combination of inorganic materials and high-temperature sintering endows inorganic ceramic membrane systems with superior temperature resistance, acid and alkali resistance, and separation efficiency for materials with poor sensory properties compared to other organic membrane separation systems. Typical applications include:

    1) Clarification and filtration of grape wine, rice wine, and alcoholic extracts;

    2) Clarification and impurity removal of plant extracts such as instant tea, monk fruit, gardenia yellow, purple sweet potato, and kudzu root;

    3) Desalination and purification of nano powders, concentration and enrichment of rare metals;

     4) Washing of various nano powders such as ITO, zirconia, and titania;

    5) Sterilization, impurity removal, and clarification filtration of juices, beverages, soy sauce, and their food additives;

    6) Separation, recovery, and clarification filtration of mycelium from fermentation broths of antibiotics, amino acids, and peptides;

 7) Recovery of waste acid from ore washing.

      With years of engineering experience and the valuable insights gained from hundreds of ceramic membrane integrated systems, Chongqing Jiahe Filtration Technology Co., Ltd. continuously improves through project implementation. Based on engineering practice and supported by professional technology, our extensive industry experience and technical expertise have enabled the continuous, automated, and rational operation of membrane separation integrated systems. For more information, please contact Engineer Zhang. I will provide tailored solutions based on your specific situation.