Entering late August, the domestic chemical market is generally in the traditional summer off-season. Sustained high temperatures restrict stable operation of factories. Coupled with the widespread wait-and-see sentiment among upstream and downstream participants, the overall trading activity of bulk chemical products has declined markedly. The precipitated silica industry has also been affected by the general market environment, yet its market trend is not uniform, maintaining a clear polarization pattern. Conventional precipitated silica faces sluggish trading due to weakened demand from traditional downstream sectors, with narrow price fluctuation ranges; manufacturers mainly focus on stabilizing prices and clearing inventory. In contrast, high-value-added products such as fumed silica and specially modified silica maintain sufficient order backlogs and firm quotations, supported by steady demand from emerging sectors including new energy, high-end rubber and plastic materials, pharmaceutical carriers and electronic materials. These premium grades demonstrate far stronger anti-cyclical performance than standard industrial variants. Industry monitoring data shows that the benchmark price of precipitated silica has stabilized at 6033.33 CNY per ton, edging up slightly compared with early August and staying within the relatively high range for the year. Regional and grade price gaps across different production processes and functional specifications keep widening, highlighting increasingly prominent differentiated competition. The old model of seizing market share through low pricing is gradually losing viability.

　　In terms of raw material costs, basic feedstocks for precipitated silica production, including sodium silicate, sulfuric acid and soda ash, are generally under pressure recently. The soda ash market features ample supply and accumulating social inventory amid weak downstream demand, resulting in prolonged low and volatile prices. The sulfuric acid market has also softened due to reduced off-season demand from downstream sectors such as fertilizer and metallurgy, with divergent downward regional quotations. Overall, these raw materials offer limited cost support for finished precipitated silica. Most medium-sized precipitated silica producers have seen eased pressure on raw material expenses and a slight recovery in profit margins. Nevertheless, production costs vary widely across different processes. Fumed silica relies heavily on upstream organosilicon monomers and silicon tetrachloride, while its manufacturing consumes substantial energy, with fuel and utility costs accounting for a large proportion. Such rigid production costs explain why premium grades sustain high quotations and rarely follow price drops of bulk raw materials. In addition, extra expenses for environmental governance, wastewater treatment, product purification and modification further widen the cost gap between general-purpose and specially modified products.

　　On the supply side, major domestic precipitated silica manufacturers operate at moderate load levels, with the industry operating rate fluctuating within a range. Most leading enterprises prioritize production based on existing orders and adjust output to stabilize prices, actively regulating plant loads to prevent cutthroat dumping. The rollout of large newly planned capacity has slowed noticeably, and overall industry supply is not in obvious surplus. However, numerous small and medium-sized production lines for generic products suffer from severe homogenization and lack modification technologies. To compete for existing downstream orders from tire and ordinary rubber goods manufacturers, these suppliers often offer flexible discounts, further limiting room for price increases of conventional precipitated silica. In the fumed silica segment, domestic leading players keep optimizing product purity, dispersibility and hydrophobic modification processes, gradually substituting imported supplies and raising domestic market share. That said, ultra-fine, high-purity hydrophobic modified grades targeting semiconductors, medical applications and high-end lithium battery materials remain in tight supply. High production barriers lead to long delivery cycles, and some specifications stay in short supply for extended periods.

　　Downstream demand presents a polarized landscape: traditional sectors weaken while emerging markets keep expanding. Traditional application fields such as tires, common rubber products and general solvent-based coatings enter their seasonal off-season. High temperatures prompt downstream manufacturers to cut operating rates temporarily. Most buyers abandon bulk stockpiling and adopt a just-in-time procurement strategy with sporadic small transactions, dragging down trading sentiment for standard precipitated silica. On the contrary, demand grows steadily in lithium battery separator coating, photovoltaic sealing silicone rubber, food anticaking agents, oral care abrasives, high-end printing inks and electronic packaging materials. Downstream clients impose strict requirements on impurity content, specific surface area, dispersibility and hydrophobicity, driving continuous rising demand for highly dispersed, low-impurity and custom hydrophobic modified precipitated silica. These high-end grades hold firm in market performance, unaffected by the traditional off-season. Meanwhile, policies promoting green tires and upgraded energy-saving standards for vehicle manufacturers fuel incremental demand for high-dispersion precipitated silica in the tire industry, serving as a key transformation direction for precipitated silica producers.

　　Regarding foreign trade, global trade rules keep evolving. Overseas buyers impose rising requirements on low-carbon certification, carbon footprint traceability and product safety certification. Domestic manufacturers with green production qualifications and complete test reports gain stronger competitiveness in export orders. Markets in Southeast Asia, Europe and the United States maintain steady procurement demand for special functional precipitated silica, with attractive export profits for medical, food and electronic grades. By contrast, export competition for ordinary industrial precipitated silica intensifies. Expanding local production capacity in Southeast Asia enables overseas purchasers to bargain aggressively, squeezing export profit margins. This further pushes domestic enterprises to accelerate product upgrading, reduce output of low-end homogeneous products and optimize the export mix. Fluctuations in international shipping fees and shifting overseas geopolitical policies also introduce uncertainties for order delivery and cost accounting in precipitated silica foreign trade.

　　Looking ahead for the industry, conventional precipitated silica is likely to stay weak and range-bound in the short run before demand from the rubber and coating sectors recovers, lacking strong momentum for sharp price swings. Market operations will mainly be shaped by the game between supply and demand. As the traditional peak season of "Golden September and Silver October" approaches in September, manufacturers of downstream rubber goods, coatings and inks are expected to resume production gradually. A recovery in purchasing and restocking demand from downstream buyers may drive a month-on-month rise in market inquiries. In the medium and long term, tightening dual-carbon regulations in China will make low-carbon compliance and customized modification the core themes of industrial transformation. Enterprises will keep focusing R&D investment on special precipitated silica supporting new energy, biomedicine and high-end advanced materials. The industry value center will keep shifting toward high-end functional varieties, and the profit gap between high-end and low-end products may widen further. Future industrial competition will no longer focus merely on production capacity scale. Formulation modification, refined surface treatment and supporting technical service capabilities will become core factors determining enterprises’ long-term competitiveness.