Ultrafine Air Classifier

Surface modification is crucial for enhancing calcium carbonate‘s performance, applicability, and market expansion. In the future, functionalization and specialization will be the main trends in calcium carbonate development. The demand for surface modified calcium carbonate will continue to grow. It’s essential to base surface modification on its mechanism. Consider the substrate, formulation, and technical requirements […]

As is well known, coatings generally consist of four basic components: film-forming substances, pigments, solvents, and additives. Pigments primarily provide color and coverage in coatings. Pigments can be divided into coloring pigments and functional pigments (also known as fillers). Coloring pigments provide color, while functional pigments, like Calcium Carbonate in Pigments, enhance thickness and functionality.

Calcium carbonate is an important chemical material, with abundant raw materials and simple production processes. It has excellent performance and is widely used in rubber, inks, pharmaceuticals, and food industries. In the pharmaceutical field, spheroidized calcium carbonate is an excellent calcium source dietary supplement. Calcium carbonate-based calcium supplements have high calcium content, good absorption, and

Calcite is a calcium carbonate mineral, commonly found in natural calcium carbonate. It is widely distributed and has various crystal shapes. These forms can be clustered crystals, granular, blocky, fibrous, stalactitic, or earthy. Striking calcite produces many square fragments, hence the name. Calcite Characteristics Calcite’s color varies depending on impurities, such as iron or manganese.

Calcium carbonate is an important and widely used chemical material. As a reinforcing agent and filler, it is widely applied in industries such as rubber, paper, ink, coatings, plastics, food, and cosmetics. Heavy calcium modification enhances its performance in these applications. It not only increases product volume and saves base material but also reduces costs.

What is high-purity calcium carbonate? In traditional manufacturing, it’s a vague concept. For example, with a low iron impurity content and 98% calcium carbonate, some may call it high-purity calcium carbonate. But in high-end material applications, this is far from meeting high-purity standards. High-purity calcium carbonate is widely used in electronic components, capacitors, pharmaceuticals, food

Limestone is a common non-metallic mineral and a valuable resource with wide applications. Limestone is the commercial name for the mineral raw material of limestone rock. Throughout human history, limestone has been widely used due to its wide distribution and easy accessibility in nature. In modern industry, limestone is the main raw material for manufacturing

Nano calcium carbonate refers to calcium carbonate microparticle aggregates with a particle size between 1-100 nm. Particle size reduction alters the crystal structure and surface electronic structure. This creates surface effects, size effects, and macroscopic quantum tunneling effects not present in larger particles. Production Currently, carbonation is the main method for industrial production of nano-calcium

Calcium carbonate is a non-toxic, tasteless, and non-irritating white powder. It is one of the most widely used inorganic fillers. Calcium carbonate is neutral, insoluble in water, but soluble in acids. Based on production methods, it can be divided into heavy calcium carbonate, light calcium carbonate, colloidal calcium carbonate, and crystalline calcium carbonate. Calcium carbonate

There are many types of ground calcium carbonate grinding and processing equipment. They are combined with ultra-fine grade machines to create an ultra-fine processing system. This system generally achieves the desired effect of ultra-fine production. Currently, the mainstream demand for heavy calcium products is between 600 and 1500 mesh. Compared to talc, barite, and kaolin,