What are the main properties of inert ceramic balls in general?

1. High strength and hardness: Inert ceramic balls have high strength and hardness, which enables them to maintain stable performance in various harsh environments. This strength and hardness ensure that when used as catalyst support, filler or grinding medium, they can resist wear and damage.

2. High chemical stability: Inert ceramic balls are mainly made of materials with stable chemical properties, such as alumina, silica, etc. These materials are not prone to chemical reactions with other substances, so inert ceramic balls can remain stable in various corrosive environments.

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4. High-temperature stability: Inert ceramic balls can withstand high-temperature environments and are not prone to performance changes due to temperature changes. This gives it unique advantages in applications such as high-temperature reactions and catalyst carriers.

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6. Excellent wear resistance: Due to the high hardness and chemical stability of inert ceramic balls, it has good wear resistance. This enables it to maintain an efficient working state for a long time in processes such as grinding and crushing.

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8. Good thermal conductivity: Ceramic materials usually have good thermal conductivity performance, and inert ceramic balls are no exception. This enables it to contribute to heat transfer in chemical reactions and maintain the stability of the reaction temperature.

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10. Wide range of application fields: Because of its unique properties, inert ceramic balls are widely used in multiple industries such as petrochemical, environmental protection, natural gas, pharmaceuticals, food, etc. It can be used as a support and covering material for catalysts to improve the distribution of liquids and gases in the reactor; it can also be used as a grinding medium to improve grinding efficiency; it can also be used as a filler to increase the contact area of the reaction interface.

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Inert ceramic balls play an important role in multiple industries with their properties such as high strength, high hardness, high chemical stability, high-temperature stability, excellent wear resistance and wide range of application fields.