Ultrafine fly ash, a byproduct of coal-fired power plants, shows unique multifunctionality in building materials after superfine processing. Its use not only improves material performance […]

Various changes occur in the material during the grinding process. These changes, though minor in coarse grinding, are significant in ultrafine grinding due to high

Silicon-based anodes have a theoretical specific capacity of 4200 mAh/g. This far exceeds the traditional graphite anode’s 372 mAh/g. It has become a key direction

High-purity ultrafine magnesium oxide powder is an inorganic material. It has high purity (usually ≥98%) and ultrafine particle size (micron or nano scale). Its unique

With the continuous advancement of industrial technology, cellulose, an important natural polymer material, has gradually played an increasingly important role across various industries. Its wide

Bentonite, known internationally as the “universal clay,” possesses excellent physicochemical properties. It is mainly used in foundry sand, drilling mud, iron ore pelletizing, civil engineering,

In recent years, research and applications of powders have shown that only when the particle size distribution meets specific requirements can materials fully exhibit their

Silicon carbide (SiC) is a wide-bandgap semiconductor with unique physical properties. It offers high bandgap width, strong breakdown electric field, excellent thermal conductivity, and fast

Ultrafine powders refer to materials with particle sizes ranging from the micron to nanometer scale. According to industry consensus in mineral processing, ultrafine powders are

Nanoceramics exhibit excellent performance when their nanoparticle distribution is uniform, sintering shrinkage is consistent, and grain growth is even. However, due to the small particle