Anti Oxidant Carbon Graphite Rotors

Oxidized graphite rotors, also known as alumina-coated graphite rotors, are a special rotor material for rotor applications in high temperature oxidizing environments.

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Description

Oxidized graphite rotors, also known as alumina-coated graphite rotors, are a special rotor material for rotor applications in high temperature oxidizing environments. Graphite rotors have the following features and advantages:

High temperature oxidation resistance: The graphite rotor is coated with a layer of alumina (Al2O3) film on the surface of the graphite, which blocks the erosion and oxidation of oxidizing gases on the graphite, so that it has good oxidation resistance in high temperature environment.

Wear resistance: The graphite rotor has excellent wear resistance and can work stably for a long time in the environment of high-speed rotation, high temperature and corrosive media.

Thermal conductivity: Graphite itself has good thermal conductivity and can effectively conduct heat to objects that need to be heated or cooled.

Light and high strength: Graphite materials have lower density and higher strength, making the oxidized graphite rotor with lower weight and higher load carrying capacity.

Product Details

It should be noted that when using the graphite rotor, the appropriate rotor type and specification should be selected according to the specific process conditions and requirements to ensure that it can adapt to the requirements of high temperature and oxidizing environment. In addition, after a long time of use or frequent use, regular inspection and maintenance are required, and the severely worn parts are replaced in time to ensure the normal operation and safety of the rotor.

Application Industry

The oxidized graphite rotor is mainly used in high temperature furnace and molten metal industry, such as casting, smelting, sintering and other processes. It can be used to stir, mix and transport high temperature gas or liquid media, while maintaining the performance of the graphite rotor itself, providing better oxidation resistance and wear resistance, extending the service life of the rotor.