* Ceramic filtration membrane is a new generation of inorganic ceramic membrane.
* It uses inorganic materials such as Al2O3, ZrO2, TiO2, SiO2, SiC, and one or more components of kaolin as raw materials to make porous structure support.
* Then it is prepared by surface coating technology.
* Finally it is sintered at high temperature.
* Ceramic filtration membrane can be divided into plate type, tubular type and multi-channel type.

* Ceramic filtration membrane is a new generation of inorganic ceramic membrane.
* It uses inorganic materials such as Al2O3, ZrO2, TiO2, SiO2, SiC, and one or more components of kaolin as raw materials to make porous structure support.
* Then it is prepared by surface coating technology.
* Finally it is sintered at high temperature.
* Ceramic filtration membrane can be divided into plate type, tubular type and multi-channel type.

* Ceramic filtration membrane is a new generation of inorganic ceramic membrane.
* It uses inorganic materials such as Al2O3, ZrO2, TiO2, SiO2, SiC, and one or more components of kaolin as raw materials to make porous structure support.
* Then it is prepared by surface coating technology.
* Finally it is sintered at high temperature.
* Ceramic filtration membrane can be divided into plate type, tubular type and multi-channel type.

* Ceramic filtration membrane is a new generation of inorganic ceramic membrane.
* It uses inorganic materials such as Al2O3, ZrO2, TiO2, SiO2, SiC, and one or more components of kaolin as raw materials to make porous structure support.
* Then it is prepared by surface coating technology.
* Finally it is sintered at high temperature.
* Ceramic filtration membrane can be divided into plate type, tubular type and multi-channel type.

* Ceramic filtration membrane is a new generation of inorganic ceramic membrane.
* It uses inorganic materials such as Al2O3, ZrO2, TiO2, SiO2, SiC, and one or more components of kaolin as raw materials to make porous structure support.
* Then it is prepared by surface coating technology.
* Finally it is sintered at high temperature.
* Ceramic filtration membrane can be divided into plate type, tubular type and multi-channel type.

The application of ceramic filtration membrane is widely used in MBR (membrane bioreactor) system.
MBR is organically integrated by membrane separation process and biochemical system.
Compared with the traditional wastewater process, MBR has the many advantages.
Thereafter, the MBR processes are used in the areas of water reuse, urban sewage, industrial sewage, wastewater disposal, landfill leachate, drinking water purification etc.

The application of ceramic filtration membrane is widely used in MBR (membrane bioreactor) system.
MBR is organically integrated by membrane separation process and biochemical system.
Compared with the traditional wastewater process, MBR has the many advantages.
Thereafter, the MBR processes are used in the areas of water reuse, urban sewage, industrial sewage, wastewater disposal, landfill leachate, drinking water purification etc.

Membrane unit testing machine adopts plate ceramic membrane as the core separation unit.
The machine is mainly designed for the MBR (membrane bioreactor) process requirements.
The daily tons of wastewater treatment MBR process verification can be realized with the biochemical action of microorganisms.
This machine is also suitable for solid-liquid separation of suspended solids above sub microns.