Chan Ye Xin Xi Wang·2025-04-30 01:40Core Viewpoint - The rare earth polishing materials market in China is experiencing a decline in demand due to macroeconomic slowdown and saturation in the mobile phone market, with projected demand dropping to 37,100 tons and market size to 768 million yuan in 2024, where polishing powder accounts for approximately 80.73% and polishing liquid for 19.27% [1][14]. Market Policy - The Chinese government has issued several policies to support the development of the rare earth polishing materials industry, including initiatives for technological innovation and industry upgrades, positioning rare earth functional materials as a key area for development [5][7]. Industry Chain - The industry chain for rare earth polishing materials includes upstream activities such as rare earth mining and refining, midstream production of polishing materials, and downstream applications in sectors like mobile phone covers, precision optics, and semiconductors [8][10][12]. Current Development - The demand for rare earth polishing materials has surged in recent years due to the rapid growth of downstream markets, but recent trends indicate a decline in demand, with 2024 projections showing a decrease in both volume and market size [1][14]. Competitive Landscape - The industry is characterized by a polarized market structure, with leading companies like Northern Rare Earth and Kaisheng Technology dominating the high-end market through technological advancements, while many smaller firms compete primarily on price [16][18]. Industry Representative Analysis - Northern Rare Earth Group Co., Ltd. reported a total revenue of 12.99 billion yuan in the first half of 2024, with a significant portion coming from functional materials [18]. - Kaisheng Technology Co., Ltd. achieved a total revenue of 4.894 billion yuan in 2024, with a gross profit margin of 16.97% [20]. Development Trends - Future trends indicate a focus on developing high-performance rare earth polishing powders, including environmentally friendly options, to meet the increasing demands of high-precision processing in electronics and optics [23].