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High Purity Silica Powder, commonly referred to as silicon dioxide, is one of the world’s subtlest but most pervasive substances. It serves as the primary filler in numerous goods, including coating powder, optical fibers, semiconductor molding compounds, building materials, solar panels, and high performance ceramics.
This is not the end of the list. Silica is used extensively and in varied purities in a wide range of products, including adhesives, cosmetics, printing inks, and epoxy mold composites.
Innovative extraction techniques that eliminate impurities and contaminants and produce quartz with a SiO2 concentration of up to 99.99% are now more important than ever because of the dependability requirements of these applications.
The procedure for creating High Purity Silica Powder is revealed in the innovation. High Purity Silica Powder with a SiO2 concentration of greater than or equal to 99.95% is produced by the processes of mineral processing, calcining and water quenching, grinding, magnetic separation, electrostatic separation, acid pickling, deionized water cleaning, drying, and similar processes.
The invention’s process includes benefits like inexpensive raw material costs, abundant mineral reserves, straightforward and reasonable technological procedures, high SiO2 content, energy efficiency and environmental protection, among others.
The Global High Purity Silica Powder market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
In this experiment, silica fume was used as the raw material to create High Purity Silica Powder. The impurities included in the silica fume were removed during the purification process using a mixture of HF and HCl acids.
X-ray diffraction was used to determine the product’s phase, and it revealed that the spherical silica powder was amorphous. X-ray fluorescence analysis of the product’s chemical makeup revealed a 99.9096 weight percent SiO2 concentration.
The morphological comparison and the laser particle examinations had shown that the purification procedure might enhance the dispersion of the product powder. The experimental findings demonstrated that the product’s spherical silica powder parameters complied with all requirements for electronic-grade packaging materials.
