Medical Applications

Advanced ceramic materials can be widely used in the field of chemistry.

Advanced ceramic materials have very stable chemical properties. These materials have strong corrosion resistance and shine in various medical chemical applications. Whether it is catalysis, sensing, or filtration, they play a very important role.

Here are a few examples and explanations:

Chemical Catalysts

Advanced ceramics can be used as chemical catalyst substrates. Some ceramic materials have a porous structure, which is conducive to the adhesion of catalysts. Alumina and zirconia are very common catalyst substrates.

Chemical Sensors

Ceramic materials can also be made into electrochemical sensors to detect the chemical composition and ion concentration in solutions.

Corrosion and Wear Resistance

Ceramic materials have excellent wear resistance and can be used in various chemical scenarios that are prone to wear and corrosion, such as in the processing and storage of chemical materials.

Separation and Filtration

Advanced ceramics play an important role in chemical separation and filtration. These ceramic materials can be made into ceramic membranes for gas-liquid separation, selective sealing and separation. In addition, there are ceramic filters commonly used in the chemical industry for solid-liquid separation.