Entering September 2026, China’s silica market opens the traditional stock‑up window. The competition logic across the whole industry is undergoing subtle changes. The era of seizing market share merely by production‑capacity scale has come to an end. Specialized product performance and supporting technical service capabilities have gradually become the core competitiveness for enterprises to stand out. Downstream purchasers act in a more rational and restrained manner. Large‑scale stockpiling has decreased significantly, and most manufacturers adopt on‑demand procurement and batch restocking strategies. Trends vary greatly among downstream tracks. Traditional rubber‑plastic and coating markets maintain steady rigid demand, while orders from high‑performance fields such as green tires, photovoltaic sealing materials and new‑energy insulating products keep expanding. Demand for high‑end modified silica remains robust, and the structural characteristics of the industry become increasingly prominent.

　　The upstream raw‑material market runs smoothly overall. Prices of sodium silicate, soda ash and industrial energy see no sharp fluctuations, and cost‑driven impacts on market trends are greatly weakened. Integrated leading enterprises operate closed‑loop production ranging from raw‑material preparation to finished‑product modification thanks to their complete industrial‑chain layout. They gain better cost controllability and strong risk resistance, maintaining stable profitability in the long run. In contrast, small‑and‑medium‑sized producers face squeezed profit margins due to outsourced raw materials, stricter energy consumption control and rising environmental‑protection operation costs. Their operating rates fluctuate fully with order volumes, and production loads will be reduced voluntarily to avoid losses when orders shrink. Restrained by regular environmental inspections, wastewater and solid‑waste regulation as well as dual‑control policies on energy consumption, inefficient production lines with outdated processes and weak governance capabilities keep running under capacity constraints. The supply side of the industry is continuously optimized, and the expansion of surplus low‑end capacity is effectively curbed.

　　Product stratification within the tire industry grows increasingly obvious. The market for high‑performance green tires supporting new‑energy vehicles keeps expanding. Major tire manufacturers keep optimizing reinforcement formulas and raising the proportion of high‑dispersion silica. Strict standards are set for powder dispersion, wear resistance, rolling resistance and anti‑aging performance. Material suppliers are required not only to deliver qualified powder but also to take deep part in formula debugging and real‑vehicle performance tests. Enterprises with joint‑R&D capabilities are more likely to secure long‑term strategic cooperation orders. Demand for traditional replacement tires and commercial tires stays sluggish with insufficient end‑market consumption momentum. Downstream buyers only carry out short‑term restocking, which merely offers basic support for general‑grade precipitated silica and hardly lifts market prices. Fierce low‑price competition persists.

　　High‑end silicone products serve as the core driving force boosting demand for fumed silica. Newly‑installed photovoltaic capacity grows steadily. The capacity of silicone rubber for power batteries and sheath materials for new‑energy cables keeps expanding. Downstream manufacturers have rising demand for high‑end silica featuring low volatility, strong reinforcement and high transparency. Ordinary low‑grade silica tends to cause yellowing and insufficient mechanical strength during the processing of premium silicone rubber, failing to satisfy quality requirements for high‑end downstream products. High‑quality domestic silica accelerates import substitution with steadily growing market share. Traditional segmented fields including coatings, printing inks, leather matting treatment and slow‑release pesticide carriers maintain stable demand. Mid‑range functional silica achieves stable consumption, forming a solid fundamental demand base and keeping the overall industrial operating rate at a reasonable level.

　　Global trade rules keep upgrading, with low‑carbon performance, environmental‑friendliness and traceability turning into rigid assessment indicators for overseas procurement. European and American clients add carbon‑footprint audits and factory compliance checks into purchasing procedures. Products without low‑carbon certifications can hardly enter high‑end overseas supply chains. Domestic leading enterprises equipped with green‑retrofitted production lines enjoy prominent advantages. Both export volume and transaction prices of their high‑end modified silica move upward. Tire, shoe‑making and rubber‑plastic industries in Southeast Asia, the Middle East and other regions develop steadily, providing stable overseas sales channels for domestic general‑grade silica. The overall export structure continues to improve. The profit‑making mode of foreign trade shifts from volume‑oriented earnings to profits from high‑value‑added products, and overseas market competition formally enters a quality‑driven phase.

　　Major manufacturers shift their R&D focus fully to customized modified products. Instead of blindly building new production lines for general‑purpose silica, more funds are invested in constructing dedicated modification facilities. Exclusive grades are developed for segmented application scenarios such as new‑energy composite materials, anti‑corrosion and wear‑resistant coatings, electronic packaging fillers and medical auxiliaries, targeting practical downstream problems including powder agglomeration, sedimentation, poor weather resistance and high‑temperature performance attenuation. Market competition is no longer limited to product indicators. Sample testing efficiency, technical communication services, stable supply guarantees and after‑sales technical support all become key criteria for clients to select suppliers. Silica producers are transforming from raw‑material manufacturers into one‑stop material‑solution service providers.

　　In the short term, demand will still be released from September to October during the peak season with limited driving force, and the divergent market pattern will continue. General‑grade silica enjoys sufficient supply with heavy inventory pressure. Its prices fluctuate at a low level within narrow profit margins. High‑value‑added silica for tire applications, electronic‑grade products and hydrophobic modified grades face a tight supply‑demand balance. Long‑term downstream orders lock up product sources to sustain firm prices, forming the major profit pool of the industry. In the medium‑to‑long run, the general trend of industrial survival‑of‑the‑fittest will not reverse. Three major thresholds covering environmental protection, energy consumption and foreign‑trade compliance keep rising. Backward inefficient capacities will gradually exit the market, while high‑quality clients, core technologies and production‑capacity resources keep concentrating on leading enterprises. Future growth of the silica industry will no longer rely on capacity expansion. Value improvement will be achieved through product upgrading in new‑material tracks. Enterprises mastering core surface‑modification technologies and customized service capabilities will seize the initiative in future market competition and guide the whole industry toward refined, high‑end and green new‑material development.