Струйный измельчитель: ключевая технология для сверхтонкого измельчения кремнезема.
Silica micropowder can be classified based on particle morphology into angular silica micropowder and spherical silica micropowder. Angular silica micropowder is further divided into crystalline silica micropowder and fused silica micropowder based on the raw material type. Additionally, the market includes quasi-spherical silica micropowder, composite silica micropowder, and active silica micropowder. The following sections elaborate […]
Технология классификации порошков: ключ к точной обработке порошков.
Classification technology is vital in powder material preparation. It plays a key role in powder production. In recent years, modern high-tech industries have advanced rapidly. The fine powder industry has grown quickly. Ultrafine powders are now used widely. Their applications span many fields. The demand for finer powders keeps increasing. Achieving ultrafine classification is challenging […]
Полиимидный порошок: “нано-краеугольный камень” передовых материалов.
Polyimide (PI) is a class of high-performance polymers well known for their excellent thermal stability, electrical insulation, and mechanical properties, earning the title of “golden plastic.” With the development of micronization and powder processing technologies, polyimide has expanded beyond films, fibers, and coatings to include polyimide powder, further broadening its application scope, especially in composites, […]
Огнестойкий состав — Сверхтонкий гидроксид алюминия
Aluminum hydroxide (ATH) is a white amorphous powder. It is an amphoteric hydroxide. Ultrafine aluminum hydroxide is stable at room temperature. It does not produce secondary pollution during combustion. It has high whiteness and excellent color properties. Nano-sized ATH increases the limiting oxygen index of flame-retardant polymers. It improves flame retardancy. It enhances surface smoothness, […]
Процесс шлифовки искусственного графитового анода
In the production process of artificial graphite anodes, grinding is an essential front-end step. As the very first stage, it plays a crucial role in determining efficiency and product quality. Artificial graphite anode grinding equipment mainly includes roller mills, mechanical mills, and jet mills. Jet mills are mainly used for asphalt pulverization, roller mills are […]
Какие методы используются для модификации карбида кремния?
After mechanical crushing, ultrafine Silicon powder has irregular particle shapes. Due to its small size and high surface energy, the particles easily agglomerate. This results in poor dispersion, which is unfavorable for ceramic forming and sintering. Therefore, silicon carbide surface modification is required. It improves the dispersion and stability of the powder. This also enhances […]
Электронная паста — это не просто “суспензия”: это синергия функционального порошка, стеклянного порошка и носителя.
Electronic paste is a general term for paste-like or fluid electronic materials. It is typically applied through screen printing, inkjet printing, coating, pad printing, or 3D printing. The paste is deposited on substrates such as ceramics, glass, polymer films, silicon wafers, or metal bases. After sintering or curing, it forms functional films or patterns. It […]
Jet Mill: The Ideal Equipment for Glass Powder Grinding
Many people, when they first hear the term “glass powder,” instinctively associate it with crushed glass particles or raw material for glass production. In fact, glass powder is a high-transparency, scratch-resistant filler with fine particle size, excellent dispersibility, high transparency, and good anti-settling performance. After surface modification, it gains strong affinity and steric hindrance, allowing […]
Руководство по свойствам, применению и обработке аттапульгита
Attapulgite presents a unique one-dimensional rod-crystal morphology. Its crystals consist of silicon-oxygen tetrahedral sheets and magnesium (aluminum)-oxygen octahedral sheets. Inside the rod crystals, there are regular pore channels. This special microstructure gives attapulgite many excellent properties. The rod crystals interweave and form a fibrous aggregate. At the macroscopic level, it shows good flexibility and plasticity. […]