The journey of quartz from a raw mineral to a high-performance industrial material begins with precise quartz stone grinding and a deep understanding of its fundamental characteristics. This article provides a detailed overview of quartz material classification, its key physical and chemical properties, and its diverse industrial applications, highlighting why this material is indispensable in […]
Classification of Quartz Materials Read More »
Calcium carbonate is an inorganic compound with the chemical formula CaCO₃. It’s known for its abundant raw materials, simple production processes, and stable performance. These attributes make it widely used in various fields such as rubber, plastics, coatings, and inks. In the coatings sector, calcium carbonate serves as a filler and whitening agent, providing a
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1. Bentonite Bentonite, also known as “montmorillonite clay,” is a non-metallic mineral with montmorillonite as its core component. It often contains small amounts of illite, kaolinite, zeolite, feldspar, and calcite. The practical value of bentonite depends directly on its montmorillonite content. For applications requiring ultra-fine bentonite powders, jet mill pulverization offers a superior solution. 2.
8 Key Concepts of Bentonite Explained: Your Ultimate Guide Read More »
In the history of the plastics industry, calcium carbonate has long been regarded as a low-cost filler, valued mainly for reducing raw material costs. However, with breakthroughs in processing technology and the evolution of application demands, this traditional perception is being completely redefined. Today, calcium carbonate has transformed into a functional modifier that combines three
Calcium Carbonate Is Reshaping the Plastic Composites Industry Read More »
In modern industrial systems, calcium carbonate (CaCO₃) is known as the “grain of industry” for its abundant resources, stable properties, and wide range of applications. As an essential non-metallic mineral raw material, calcium carbonate not only supports traditional manufacturing industries but also plays a vital role in emerging sectors and high-tech fields. From plastics and
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According to different production methods, calcium carbonate can be classified into ground calcium carbonate (GCC), precipitated calcium carbonate (PCC), colloidal calcium carbonate, and crystalline calcium carbonate. Among these, GCC is produced through direct mechanical grinding. Ultra-fine calcium carbonate is an essential non-metallic mineral raw material, widely used due to its abundance, low cost, and performance-enhancing
Applications and Market Prospects of Ultra-fine Calcium Carbonate in Various Industries Read More »
The key technical specifications of ultrafine calcium carbonate—particle size, specific surface area, crystal form, and oil absorption—directly impact its application performance. While other indicators are important, they are relatively easy to achieve industrially. For specialized products, different applications place varying emphasis on various indicators and require different requirements. Particle Size and Specific Surface Area The
Driven by global energy transition and “dual-carbon” strategies, lithium-ion batteries are core components of electric vehicles and energy storage systems. Their performance improvement and cost reduction are key industry priorities. Negative electrode materials, the “energy heart” of lithium batteries, determine capacity, cycle life, and safety. Traditional graphite anodes, nearing their 372 mAh/g capacity limit, cannot
What Are the Roles of Calcium Carbonate in Negative Electrode Materials Read More »
Ultrafine calcium carbonate refers to calcium carbonate particles with a size of 0.02–0.1 μm. It is a cost-effective nanomaterial with size effect and surface effect.It shows excellent reinforcing ability, transparency, dispersibility, thixotropy, and leveling performance. Especially ultrafine active calcium carbonate, as a functional filler, significantly improves product quality through toughening and reinforcement. As calcium carbonate
What Are the Best Methods for Ultrafine Calcium Carbonate Modification? Read More »
Matting calcium carbonate generally refers to calcium carbonate products used for matting purposes. Its main function is to adjust the gloss of material surfaces, making them appear low-gloss or matte. Characteristics Excellent matting performance Uniform particle size Good chemical stability High whiteness Applications Coatings industry Plastics industry Paper industry Other industries It also has applications
Why Matting Calcium Carbonate is Essential for Modern Matte Finishes ？ Read More »
