Surface modification of talc can improve the interfacial affinity between talc and polymer and improve the dispersion state of talc filler in polymer matrix. In this way, talc not only has an incremental effect in composite materials, but also has an enhancing modification effect, thereby improving the physical and mechanical properties of composite materials and enabling talc to achieve better application effects and a wider range of applications.

Surface modification of talc can improve the interfacial affinity between talc and polymer and improve the dispersion state of talc filler in polymer matrix. In this way, talc not only has an incremental effect in composite materials, but also has an enhancing modification effect, thereby improving the physical and mechanical properties of composite materials and enabling talc to achieve better application effects and a wider range of applications.

Surface modification of talc can improve the interfacial affinity between talc and polymer and improve the dispersion state of talc filler in polymer matrix. In this way, talc not only has an incremental effect in composite materials, but also has an enhancing modification effect, thereby improving the physical and mechanical properties of composite materials and enabling talc to achieve better application effects and a wider range of applications.

As a filler, it can increase product volume and reduce production costs. It is widely used in daily chemical industries such as artificial floor tiles, rubber, plastics, paper, coatings, paints, inks, cables, building materials, food, medicine, textiles, feed, toothpaste, etc.

The application of calcium carbonate in sealants has significant advantages. It can increase the volume of the sealant and improve its tensile strength, wear resistance, tear resistance and hardness.

In plastic filling modification, the performance parameters of calcium carbonate have an important impact on the quality and processing technology of the final product.

In plastic filling modification, the performance parameters of calcium carbonate have an important impact on the quality and processing technology of the final product.

In plastic filling modification, the performance parameters of calcium carbonate have an important impact on the quality and processing technology of the final product.

In plastic filling modification, the performance parameters of calcium carbonate have an important impact on the quality and processing technology of the final product.

In plastic filling modification, the performance parameters of calcium carbonate have an important impact on the quality and processing technology of the final product.