Ultrafine Air Classifier

Quartz is one of the most abundant and versatile minerals on Earth. From the glass in our windows to the high-purity silicon in our semiconductors, its applications are vast. However, transitioning from raw quartz ore to the fine, uniform powder required by industry is a complex engineering challenge. Selecting the right quartz powder grinding mill […]

EPIC Powder sincerely invites you to attend CIBF2026. Please visit us at Booth 12T135 from May 13–15, 2026. ADDRESS: SHENZHEN WORLD EXHIBITION & CONVENTION CENTER CIBF2026, the 18th China International Battery Fair, will continue to join hands with top-tier companies across the entire industry chain—including battery materials, equipment, cell manufacturing, Pack technology, and recycling. Together, we will gather at this

High-purity quartz is an important raw material for the production of quartz glass, integrated circuit substrates, and other products. It holds enormous value and an irreplaceable position in high-tech industries. As natural crystal resources continue to diminish, research into high-purity synthetic quartz has increasingly attracted attention. Overview of High-Purity Synthetic Sand Production Methods High-purity synthetic

Interbattery is the world’s leading battery business platform, bringing together the latest technologies and innovations in the battery industry. Epic Powder warmly invites you to visit us at InterBattery 2026, taking place at COEX, Seoul, Korea from March 11 (Wed) to March 13 (Fri), 2026. You can find us at Hall E, Booth P326. Our

Silica (SiO₂), particularly in forms such as quartz powder, fused silica, or precipitated silica, serves as a critical raw material in numerous high-tech industries. These include semiconductors, photovoltaic solar panels, advanced coatings, functional fillers in composites, precision ceramics, and high-performance rubber/plastics. In these applications, the performance of silica powder is heavily influenced by its particle

Glass powder is an inorganic powder material produced from waste glass or specialty glass through crushing, grinding, and classification. It features high transparency, high hardness, excellent acid and alkali resistance, and a low thermal expansion coefficient. Glass powder particle size is usually expressed in mesh—the higher the mesh number, the finer the particles (for example,

In the fields of semiconductors, optics, aerospace, and high-end ceramics, there is a material often referred to as the “most expensive sand”—fused silica. It is not just ordinary quartz sand that is melted and cooled. It is the purest, most stable form of amorphous silica (SiO₂>99.999%) that can be industrially produced. Fused silica is nearly

It is not as sharp as diamond, nor as rare as rare earth materials—yet it is found almost everywhere.From smartphone screens to aerospace thermal-control coatings, from premium toothpaste to deep-sea oil well cement, from artistic paints to lithium-battery separators, glass powder quietly pushes performance boundaries across countless industries. It Can Do “Almost Everything” Application Field

Ultrafine quartz grinding requires precision, strict contamination control, and highly stable performance. If you work with quartz ultrafine grinding, you already know that consistently reaching D97 ≤ 10 μm while maintaining purity and maximizing yield is challenging. Whether you’re operating in semiconductor manufacturing, photovoltaic materials, or high-end coatings, today’s demand for ultrafine silica powder processing