Aluminum oxide materials have advantages such as good mechanical strength, high thermal and chemical stability, suitable isoelectric point, and adjustable surface acidity and alkalinity, making them widely used as catalyst carrier materials in the refining and chemical industries. Aluminum oxide is widely used as the main carrier component for hydrogenation catalysts, reforming catalysts, and other catalysts in the petroleum refining industry.

The performance of the carrier has a significant impact on catalyst activity, selectivity, heat and mass transfer performance, service life, and production cost. In the entire process of catalyst development, the development of carriers is often technically difficult and time-consuming. The success or failure of the carrier determines the success or failure of catalyst development. It is a very important but often less beneficial catalytic material for carrier manufacturers in catalysts. Nevertheless, carriers are also widely studied and used as indispensable materials for catalysts.
Aluminum oxide, as an important catalytic material, plays a huge role in the catalytic cracking, hydrofining, hydrodesulfurization, purification of gas-phase oil products, purification of refinery exhaust, and other reactions and processing processes of liquid petroleum hydrocarbons. Further research on the application of aluminum oxide catalytic materials in catalytic reactions is the foundation for promoting technological innovation and progress.
The above is the relevant content about alumina organized by alumina manufacturer Yangzhou Zhongtianli, hoping to provide some help to everyone. If you would like to learn more about alumina, please feel free to contact us. Yangzhou Zhongtianli New Materials Co., Ltd. is a technology enterprise specializing in the production of isopropanol aluminum, isopropanol aluminum trimer, secondary butanol aluminum, pseudo boehmite, high-purity arsenic, high-purity aluminum oxide, etc. It has multiple technologies and has received unanimous praise in the industry.


