Energy sector: "catalytic accelerator" for fuel cells
ML-180 white carbon black, as a catalyst carrier for fuel cells, has a nanoscale pore structure that can increase platinum utilization by three times, saving over 5 million yuan in annual costs for a single device. CATL has increased the energy density of lithium batteries to 400Wh/kg and achieved a range of over 1000 kilometers by combining it with silicon carbon composite negative electrode materials. The related technology has been applied to models such as Tesla Model Y and BYD Han. In addition, the "low rolling resistance rubber formula" developed by Black Cat Co., Ltd., combined with highly dispersed white carbon black, increases the range of electric vehicle tires by 8% -10%, becoming a standard in the industry.


Life Sciences: Intelligent Navigator for Targeted Drugs
In the field of biomedicine, ML-180 white carbon black achieves precise drug delivery through surface amination modification. The clinical trial of Yuanxiang New Material in cooperation with the Chinese Academy of Sciences shows that its orthopedic repair material loaded with antibiotics can increase the bone healing speed by 40%, while the nano particles loaded with chemotherapy drugs can reduce the tumor volume by 82% in the breast cancer model. At present, the technology has entered the FDA fast track approval process and is expected to be launched in 2026.


Environmental Governance: "Nano Sponge" for Sewage Treatment
The adsorption capacity of ML-180 white carbon black for heavy metal ions reaches 200mg/g, which is 5 times that of traditional activated carbon. In the water pollution control project in the Yangtze River Basin, its photocatalytic degradation efficiency has increased the removal rate of organic pollutants to 95% and reduced treatment costs by 60%. In addition, the "reverse micellar microemulsion method" developed by Emeishan Changqing New Materials has improved the chlorine recovery rate in the tail gas of white carbon black production to 99.5%, completely solving the environmental pollution problem of the traditional process.


industry outlook
Market research firm QYResearch predicts that the global market size of precipitated white carbon black in emerging fields such as life sciences and semiconductors will reach $12 billion by 2025, with a compound annual growth rate of over 25%. Chinese companies are expected to increase their market share in the high-end market from the current 22% to 40%, becoming the dominant players in global technology standards.