Entering September 2026, China’s fine‑chemical and new‑material market enters the traditional stocking cycle of the “Golden September”. The whole chemical chain expects demand recovery driven by the peak season. Nevertheless, the precipitated silica industry has not witnessed a broad‑based price rise across all product grades. Market competition has shifted from short‑term raw‑material volatility and periodic supply‑demand changes to differentiated product value and technical service capacity of enterprises, bringing a new round of profound industrial adjustment. Driven by continuous capacity expansion over the past few years, multiple new‑built and revamped production lines have been put into operation. Ample spot supplies are available across the market, while general reinforcing silica carries high inventory pressure. A large number of small‑and‑medium manufacturers compete for orders by low‑volume pricing, resulting in fierce price competition in low‑end segments. Even with falling upstream raw‑material costs, profit margins of standard grades remain thin. Many factories can only maintain break‑even production under persistent operational pressure.

　　Upstream raw materials are sufficiently supplied at loose levels. Core feedstock such as soda ash, quartz sand and industrial sulfuric acid stay at low prices, while energy costs including coal and steam see no sharp hikes, creating a certain buffer for producers. However, lower raw‑material expenses have not turned into tangible profit growth. Cheap materials flood the trading market, leaving downstream buyers with strong bargaining power who tend to purchase ordinary industrial‑grade silica at suppressed prices. Faced with intense competition, manufacturers are unable to lift transaction prices amid cheaper feedstock. They have to sustain continuous production via bulk shipments, and potential cost advantages are largely offset by fierce price wars. Profit recovery remains difficult for conventional products.

　　Demand recovery from traditional downstream sectors including tires, standard silicone rubber and construction sealants stays moderate. Domestic tire makers launch autumn restocking plans, yet terminal vehicle consumption fails to improve notably and overseas orders swing irregularly. Factories adjust operating rates flexibly and adopt small‑batch, staggered replenishment instead of large‑scale stockpiling. Demand from ordinary silicone goods, daily‑use chemicals and conventional coatings remains flat with slow end‑product consumption, which cannot trigger a demand surge for general‑grade precipitated silica. Growth potential in traditional application fields is nearly saturated with limited incremental gains.

　　By contrast, demand for customized modified precipitated silica in emerging high‑end markets maintains robust growth. With the rapid development of domestic new‑energy, photovoltaic, biomedicine and high‑end anti‑corrosion coating industries, downstream clients put forward personalized requirements for silica dispersion, purity and pore structure. Surface‑treated specialty silica serves high‑value‑added scenarios such as lithium‑battery separator films, photovoltaic adhesives, pharmaceutical carriers and high‑temperature‑resistant composite materials. These products feature high technical barriers, tight market supply and long delivery cycles. Free from low‑end price competition, modified silica grants manufacturers strong pricing power and stable decent earnings, acting as the core profit pillar of the industry. Fumed silica delivers outstanding reinforcement, hydrophobicity and thickening performance, sustaining steady orders in electronic materials and aerospace accessories and further expanding high‑end market space. Domestic leading enterprises keep increasing R&D investment and build application testing platforms. They flexibly adjust product specifications according to customer formulas to deliver tailor‑made solutions and build long‑term technical moats.

　　The export product mix continues to optimize and iterate. Exports of low‑end general‑purpose precipitated silica suffer from trade barriers and competition from overseas local production capacity with sluggish order growth. High‑purity modified silica gains recognition from buyers in Europe, Southeast Asia and the Middle East thanks to stable quality and compliance credentials. Long‑term overseas export orders keep rising, and export revenue accounts for an increasing share of business turnover. Overseas purchasers impose stricter standards on low‑carbon production workflows and safety test reports, pushing domestic enterprises to optimize production control systems, realize full‑process traceability and sharpen international competitiveness.

　　Low‑carbon and environmental‑friendly policies keep advancing supply‑side reform. Chemical parks nationwide tighten emission standards. Outdated production lines featuring high energy consumption and substandard environmental performance are phased out gradually, eliminating inefficient backward capacities. Industry leaders take the initiative to develop clean manufacturing processes, optimize reaction workflows and cut water and energy consumption. They develop low‑carbon precipitated silica products to satisfy green procurement demands from domestic and overseas clients and seize opportunities in future competition.

　　In the short run, the divergent market pattern of precipitated silica will persist. Conventional precipitated silica fluctuates weakly with limited upward momentum, while high‑end customized modified products maintain firm prices and sufficient orders supported by long‑term demand from new‑material sectors. In the medium‑to‑long term, industrial competition will no longer focus on production capacity scale. Core competitiveness lies in formulation research, batch‑to‑batch stability, customized supporting services and eco‑friendly manufacturing capacity. Industrial reshuffling accelerates continuously, and high‑quality production capacity concentrates on leading manufacturers. In the future, China’s precipitated silica industry will keep upgrading toward refinement, customized modification and high‑value‑added development.