Kaolin Mineral Processing and Recycling: Circular Energy and Value Regeneration

Kaolin, a scarce non-metallic mineral, is widely used in core industries such as ceramics, papermaking, coatings, and rubber. Its purity and performance directly determine the quality of end products.

Advanced Technology Enables Efficient Kaolin Regeneration

We rely on advanced mineral processing and recycling technology to achieve efficient regeneration and quality improvement of kaolin resources. Through precise processing in multiple stages, including crushing, grinding, grading, magnetic separation, and flotation, impurities such as iron, titanium, and quartz are effectively removed from kaolin, transforming low-grade raw ore or industrial tailings into high-whiteness, high-purity, high-quality powder. The entire process adopts a closed-loop design, achieving a water resource recycling rate of over 95% and a tailings emission reduction rate of over 80%, reducing both resource consumption and environmental burden, truly realizing "turning waste into treasure."

Applications and Value System of Recycled Kaolin

Recycled high-quality kaolin boasts performance comparable to virgin minerals and can be widely adapted for high-end ceramic glazes, paper fillers, and environmentally friendly coatings, reducing raw material costs for downstream industries while enhancing product competitiveness. From resource extraction to circular recycling, we are driven by technological innovation and guided by green and low-carbon principles to build a full life-cycle value system for kaolin, helping enterprises achieve a win-win situation for both economic and ecological benefits.