1. Good fluidity: The granulated particles have a good sphericity and high fluidity. Whether on large - scale automated production lines or in small - scale manual operation environments, the good fluidity ensures the high - efficiency and stability of the processing process.

2. Easy to form: The unique particle - size distribution, combined with good fluidity, enables the particles to fill the mold quickly. They can evenly and closely fill every corner of the mold, ensuring that the formed ceramic structural parts have a high degree of consistency and precision.

3. Easy to metallize: The specific formula design results in a higher drawing force after metallization. In the manufacturing process of electronic ceramic products, metallization is one of the key steps. 9622F can combine well with metal materials to form a stable metal - ceramic composite structure, providing reliable performance guarantees for electronic components and meeting the requirements of electronic devices for high stability and high performance.

4. Good surface polishing effect: The microstructure is uniform, and the surface effect is highly consistent. This excellent polishing effect not only improves the aesthetics of the product but, more importantly, reduces surface friction and wear, improving the working efficiency and service life of ceramic components in complex working conditions.

5. High edge strength: In application scenarios with extremely high strength requirements, such as ceramic structural parts and bullet - proof ceramics, high edge strength can effectively prevent the edges of the ceramic from cracking when subjected to external impact or pressure. This characteristic ensures the reliability and safety of ceramic products in harsh working environments, providing strong material support for related industries.