1. Refinement
The refinement of glass frosted materials refers to the refinement of powder properties, such as its particle size, particle size distribution, particle shape, specific surface, pore volume, pore size, crystal phase, conductivity, magnetic, light absorption, light guide and other Performance, different powders have different requirements. For example, different types of paper require different types of calcium carbonate; packaging different shapes of SiO2 will produce different effects.
2. High purification
High purification is to achieve the characteristics of the substance itself and prevent the interference of foreign impurities. For example, the optical, electrical, magnetic materials and superconducting materials of fine ceramics need high purity. High-purity products made of glass frosted materials can produce huge value-added. The price of 99.998% ZrO2 is more than 300 times that of ordinary refractory materials, and more than 50 times that of electronic materials.
3.Functionalization and compounding
Functionalization and compounding are the result of people's pursuit of material properties, and they are also the demand for high-tech development. Function is the core of materials, and the development of science and technology requires materials with various functions; the purpose of compounding is to artificially give materials new functions and improve old functions.
4. Miniaturization
The research object of ultra-fine glass powder was more than 1 μm more than ten years ago, and the research of ultra-fine glass powder has progressed to the nanometer level in recent years. As the particle size becomes smaller, the performance of the glass frosted material is enhanced, and the optical, electrical, and magnetic characteristics can be combined.
