As we reach September 2026, China’s chemical market enters the traditional sales peak. Downstream manufacturers start phased stock‑up plans one after another. However, the precipitated silica industry has not witnessed an across‑the‑board market recovery. The underlying market logic has undergone fundamental changes. Market performance is no longer simply governed by seasonal cycles. Instead, product performance, customization capability and eco‑friendly production standards have gradually become the core factors that determine corporate profitability. Driven by capacity expansion in recent years, domestic production capacity of precipitated silica remains at a high level with sufficient market supply. General‑purpose reinforcing silica faces severe inventory backlogs. Numerous small‑and‑medium producers keep cutting quotations to seize market share, leading to fierce price competition in low‑end segments. Even with lower raw‑material costs, profit margins of standard grades stay slim. Most factories have to rely on high sales volume to keep production lines running under persistent operational pressure.

　　Upstream raw‑material supply stays loose. Major feedstock including soda ash, quartz sand and industrial sulfuric acid fluctuate at low prices, while energy costs such as coal and steam show no obvious upward trend, offering a certain cost buffer for manufacturers. Nevertheless, cost advantages can hardly be converted into real profit growth. Cheap bulk products flood the circulation market, and downstream buyers hold strong bargaining power and keep suppressing prices when purchasing ordinary industrial‑grade precipitated silica. Restrained by fierce market competition, producers cannot raise selling prices amid cheaper raw materials. Dividends brought down by cost reduction are almost completely offset by brutal price wars, making profit recovery difficult for conventional precipitated silica.

　　Demand recovery in traditional downstream sectors falls short of expectations. Tire enterprises launch autumn restocking activities, yet domestic automobile terminal consumption improves modestly and overseas orders swing irregularly. Factories adjust operating rates flexibly and adopt small‑batch staggered replenishment instead of large‑scale centralized stockpiling. Demand from construction sealants, ordinary silicone rubber, conventional coatings and daily‑use chemicals remains stable. Slow consumption of finished downstream products fails to drive a sharp demand surge for general‑grade precipitated silica. Growth potential in traditional application fields is largely saturated with diminishing incremental dividends.

　　High‑end modified precipitated silica follows an independent upward market trend. Benefiting from the rapid expansion of new‑energy, photovoltaic energy storage, premium coatings, biomedicine and other emerging industries, downstream clients put forward personalized requirements for pore structure, dispersion and impurity content of precipitated silica. Surface‑treated specialty silica is widely applied in high‑value‑added fields such as lithium‑battery supporting materials, photovoltaic sealants, food anti‑caking agents, pharmaceutical carriers and high‑temperature‑resistant composite materials. These products feature high technical barriers, long order delivery cycles and strong pricing power, delivering outstanding profit performance. Fumed silica maintains steady demand in electronic potting compounds and aerospace accessories thanks to its excellent reinforcement, hydrophobicity and insulation properties, continuously tapping new growth potential. Industry leaders keep increasing R&D investment and build professional application laboratories to develop exclusive modified products tailored to customer formulas, establishing long‑term competitive barriers with differentiated offerings.

　　The export market structure keeps optimizing and upgrading. Exports of low‑end general‑purpose precipitated silica are under pressure due to overseas trade barriers and newly launched local production capacity, resulting in sluggish order growth. High‑purity modified precipitated silica wins recognition from buyers across Europe, Southeast Asia, the Middle East and Latin America with stable quality and complete compliance certifications. Long‑term overseas export orders grow steadily, and the proportion of overseas operating revenue continues to rise. Overseas purchasers impose stricter requirements on low‑carbon traceability and product safety test reports, forcing domestic enterprises to optimize production control systems, improve full‑process quality management and strengthen international competitiveness.

　　Domestic environmental supervision continuously advances supply‑side reform. Chemical parks nationwide tighten emission standards for wastewater and waste gas. Outdated production lines with high energy consumption and substandard environmental performance are gradually shut down for renovation, accelerating the exit of backward and inefficient capacities. Competitive enterprises take the initiative to develop clean and green production processes, optimize reaction workflows, reduce water and energy consumption, and develop low‑carbon eco‑friendly precipitated silica products to meet green procurement standards of domestic and overseas clients and seize future market opportunities.

　　In the short run, the divergent market pattern of precipitated silica will continue. Conventional precipitated silica fluctuates weakly with limited upward momentum. Supported by long‑term demand from new‑material sectors, high‑end customized modified products maintain firm prices and sufficient orders. In the medium‑to‑long term, industrial competition will no longer focus on production capacity scale. Core competitiveness shifts to formulation R&D strength, batch‑to‑batch product stability, customized service capability and green manufacturing standards. Industrial reshuffling speeds up continuously, and high‑quality production capacity concentrates on leading manufacturers. In the future, China’s precipitated silica industry will keep upgrading toward refinement, functional modification and high‑value‑added development.