Wear-resistant graphite rotor

 key features of wear-resistant graphite rotors:

- Self-lubricating: Graphite rotors have self-lubricating properties, which greatly reduces failure rates and allows for use in sanitary environments.
- High temperature stability: They maintain high strength and run effectively without failure at high temperatures.
- High thermal conductivity: This allows for heat exchange to prevent overheating.
- Low friction/wear: Graphite rotors resist wear and reduce friction as they are chemically inert, oxidation-resistant, and self-lubricating.

These rotors are used in a wide range of end products such as air pumps, compressors, beverage pumps, chemical pumps, space heaters, fuel pumps, medical pumps, vacuum pumps, and de-icing units.

In the context of non-ferrous metal casting, especially aluminum and aluminum alloy, graphite rotors are used in the rotary degassing process. This process is used to remove impurities from the melt to provide cleaner, better quality metal. The graphite rotors used in this process are treated with a unique oxidation resistance method, which significantly increases their oxidation and erosion resistance.

In essence, wear-resistant graphite rotors are highly valued in various industries for their durability, self-lubricating properties, and resistance to high temperatures and chemical reactions. They play a crucial role in improving the efficiency and quality of many industrial processes.