â–  Description:

The 97% alumina ball refers to an ceramic ball that contains approximately 97% alumina (aluminum oxide) as its primary component. These balls are engineered with high purity alumina powder and undergo a sintering process at high temperatures to achieve their desired properties.

 

â–  Specific:

Alumina ceramics have good acid and alkali resistance, wear resistance and other properties, and can adapt to many harsh working conditions that metal and non-metal cannot apply. As an application of engineering ceramics, alumina ceramics are widely used in ball mill, vertical spiral stirring mill and other fine grinding equipment.

 

â–  The characteristics of alumina ceramic balls are as follows:

(1)In comparison to alumina balls with different contents, 97% alumina balls offer distinct differences and advantages:

1 Enhanced purity: With a high purity level, 97% alumina balls ensure minimal impurities in the product. This is especially beneficial for applications requiring high-precision ceramics and electronic materials.

2 Increased strength and wear resistance: The utilization of high sintering temperatures results in 97% alumina balls with higher density and strength, leading to improved wear resistance. This enables them to withstand rigorous grinding and milling processes, delivering extended service life.

3 Optimal physical properties: Alumina balls with 97% content typically exhibit exceptional physical properties, including high hardness, excellent chemical stability, and corrosion resistance. These qualities guarantee reliable performance and long-term durability across various applications.

(4) 

Suitable for special requirements: it can be customized according to the requirements of different ores and metallurgical processes, including different materials, sizes, and shapes. This enables ceramic balls to meet the requirements of specific granule distribution, grinding effect and product quality.

In summary, wear resistance balls have excellent performance and application advantages in the mining and metallurgical industries. Its wear resistance, corrosion resistance, high grinding efficiency, and low pollution make ceramic balls an ideal choice for grinding and grinding processes, which can improve ore processing efficiency, product quality, and process economy.

(5) 

Catalyst support: High-purity 97% alumina balls are widely used as catalyst supports. They possess a large surface area and excellent chemical stability, offering abundant active surfaces for catalyst reactions. They are commonly employed in the preparation and application of catalysts in the petrochemical and chemical industries.

Adsorbents and desiccants:they are utilized as adsorbents and desiccants for the removal of impurities and moisture from gases or liquids. They feature a significant pore structure, enabling them to adsorb and capture harmful substances, thereby enhancing process purity and efficiency.

Separation and filtration: Due to their high density and corrosion resistance, they find extensive application in chemical separation and filtration processes. They can be used as fillers or packing layers for solid separation, facilitating the separation and filtration of solid-liquid or solid-gas mixtures.

Electrical insulation: 97% ceramic balls serve as electrical insulation materials in the field of electronic chemicals. With their exceptional insulation properties and high voltage resistance, they are employed in the manufacturing of capacitors, insulating components, and electronic devices, providing electrical isolation and stability.

(6) Excellent corrosion resistance: Alumina balls demonstrate excellent resistance to corrosion and can maintain stable performance in acidic and alkaline environments. This makes our products highly suitable for applications that require protection against chemical corrosion.

 

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