The ceramics industry benefits from this blend in the production of advanced ceramics for aerospace and industrial applications. Quartz contributes to the strength and hardness of the ceramics, while mica helps in reducing the coefficient of thermal expansion, improving thermal shock resistance. The fine particle size ensures good sintering and a dense microstructure, resulting in ceramics with exceptional mechanical and thermal properties.
In the paints and coatings industry, the quartz-mica blend is used to enhance the durability and weather resistance of coatings. Quartz provides abrasion resistance, while mica adds a decorative effect and helps in reflecting UV radiation, protecting the coating from degradation. The 400-mesh fineness ensures smooth application and even distribution, resulting in coatings with long-lasting performance.
The project employs ultra-fine grinding technology, including planetary ball mills and air classifiers, to achieve the fine 400-mesh fineness. Special care is taken during the grinding process to preserve the lamellar structure of mica and the crystalline structure of quartz, which is crucial for maintaining their unique properties. Strict quality control includes testing for particle size, purity, and physical properties to meet the exacting standards of each industry.
