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For ultrafine calcium carbonate, particle size, specific surface area, crystal form, and oil absorption value are the most important technical indicators, directly affecting its application performance. Of course, this does not deny the importance of other indicators; it’s just that other indicators are relatively easier to achieve in industrial applications. However, for specialty applications, different […]

In recent years, with the rapid development of calcium carbonate processing technology and the leap-forward development of calcium carbonate modification technology.Calcium carbonate can reduce the cost of products while also improving many of their properties, and some of their properties are unique. As micro-foaming technology matures and hollow calcium carbonate technology succeeds, the weight-reduction technology

Anode materials are crucial for lithium-ion batteries and directly affect battery performance. Graphite, the most used carbon-based anode, has low capacity and poor stability. Its safety and rate performance are hard to improve.Finding new carbon-based materials to replace commercial anodes is a research focus.Among carbon materials, porous carbon has high surface area and controllable morphology.

Surface modification is a crucial method to improve the performance of calcium carbonate. It enhances applicability and expands market usage.In the future, functionalization and specialization will be the main trends in calcium carbonate development. The demand for various surface-modified specialized calcium carbonate will increase significantly. Improve the dispersibility of calcium carbonate Ultrafine processing is an

Ground Calcium Carbonate (GCC) is a white powder made by grinding natural carbonate minerals such as calcite, marble, and limestone. Its main component is calcium carbonate (CaCO₃) with a relative molecular mass of 100.09. GCC typically appears as a white, odorless, and tasteless powder that is stable in air. It is almost insoluble in water

As an important natural mineral, limestone is widely used in many industries such as building materials, chemicals, and steel. To better meet the needs of different industries, limestone processing technology has been continuously improved. Ball mill classifier system is a key technique in limestone processing. This technology is widely used due to its excellent fineness

Heavy calcium powder is not equal to talc powder. Both heavy calcium powder and talc powder have similar uses. But, they are completely different. And, there are some differences in their properties and uses. Heavy calcium powder Heavy calcium powder is the short form of heavy calcium carbonate. It has a molecular formula of CaCO3.