Technical Information

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

Xanthan gum appears as an off-white or light-yellow solid powder; it has a slight odor and no taste. In water, it swells into a colloidal

Silicon carbide (SiC) micro powder is a high-performance structural ceramic material. It features high density, thermal conductivity, bending strength, elastic modulus, and excellent resistance to

Silica micro-powder is an inorganic non-metallic functional powder material. It has unique physical and chemical properties such as high heat resistance, high insulation, low linear

There are various methods for ultrafine powder surface modification, generally categorized into: surface coating, surface chemical modification, mechanochemical modification, capsule-type modification, high-energy modification, and precipitation

Ultrafine nickel powder generally refers to nickel powder with a particle size of less than 1 μm. According to particle size, ultrafine nickel powder is

Silica micro-powder, as a typical inorganic filler, possesses excellent properties, including: During the ultra-fine grinding process, the specific surface area of silica micro-powder increases continuously.