As we reach August 20, 2026, China’s chemical market remains in the traditional summer off-season. Widespread high temperatures continuously restrict the operating schedules of downstream product manufacturers, end customers show weak overall stocking willingness, and market trading sentiment is generally cautious. The silica industry maintains its long-standing diverging operating pattern, and the competition logic across the whole sector is undergoing fundamental changes. The extensive business model adopted by the industry for decades, which relied on capacity expansion and low-price sales to seize market share, is gradually becoming obsolete. Capabilities in differentiated product research and development as well as customized supporting services for various downstream application scenarios have gradually become core factors for enterprises to sustain long-term market presence. Competition in the field of general precipitated silica has turned white-hot. Product prices have remained sideways at low levels for a long time. Profit margins of most small and medium-sized manufacturers keep shrinking, and some enterprises operate at break-even or even a loss all year round. In contrast, various special modified silica tailored for green tires, lithium battery separator materials, medical silicone rubber, high-end industrial anti-corrosion coatings and other fields maintain steady growth driven by the expansion of emerging downstream industries. These products possess strong market pricing power and have become core sectors driving revenue growth and profit improvement for many leading chemical enterprises.
　　The overall market of upstream raw materials operates steadily. Prices of basic raw materials required for silica production, including metallurgical silicon, water glass, sulfuric acid and soda ash, fluctuate within a narrow range. Raw material costs form a solid bottom support, curbing the room for sharp declines in overall silica prices. Nevertheless, for enterprises focused on general precipitated silica, minor fluctuations in raw material costs can hardly be passed downstream smoothly. Amid the overall supply surplus in the market, the vast majority of enterprises have to bear the operational pressure brought by rising costs on their own, further squeezing profit margins. Meanwhile, chemical industrial parks nationwide continue to implement energy consumption control, total pollutant discharge management and regular environmental inspections. A number of small and medium-sized production lines built in the early stage with outdated production processes and substandard pollutant emissions are forced to reduce operating loads, and some production lines failing to meet policy requirements enter temporary shutdown rectification. Inefficient backward capacity in the industry keeps phasing out, and market resources as well as high-quality downstream orders further concentrate on leading enterprises equipped with clean production technologies, large-scale production capacity and a complete quality control system, steadily lifting industrial concentration.
　　On the supply side, the overall operating load of domestic silica facilities adjusts dynamically in line with downstream demand, and the operating conditions of different product categories show prominent disparities. Sufficient capacity is released for ordinary precipitated silica, with abundant spot supplies in traditional production areas of Southwest and Central China. Coupled with stocking by traders in the early stage, market inventory keeps accumulating, placing heavy shipment pressure on intermediate merchants. Some merchants offer discounted sales to accelerate capital turnover, intensifying price competition in the low-end market. On the contrary, high-end products such as high-dispersibility silica dedicated to tires and hydrophobically modified fumed silica are restricted by multiple factors including synthesis processes, construction cycles of special production lines and reserves of modification technologies. Effective market supply cannot expand rapidly in the short term. Domestic leading enterprises capable of mass production basically adopt order-based scheduling, resulting in persistently tight spot circulation in the market. The localization substitution of fumed silica keeps moving forward. Newly built and revamped production lines planned by multiple domestic enterprises have been successively put into operation. However, special grades for high-end electronic manufacturing and lithium battery supporting still face high technical barriers. Imported overseas products still occupy part of the high-end market share, and it will take a long cycle for domestic high-end products to fully realize import substitution.
　　The divergence between cold and hot demand in downstream consumer markets remains obvious. Demand recovery in traditional mature sectors is sluggish, while emerging new material sectors continuously release incremental dividends. In traditional application fields such as ordinary rubber parts, civilian shoe materials, low-grade plastic fillers and ordinary civil coatings, terminal consumption recovery falls short of market expectations. Downstream product manufacturers carry high finished goods inventory and face heavy capital turnover pressure, resulting in weak willingness to purchase silica. Most buyers adopt just-in-time purchasing and small-batch repeated replenishment strategies, with rare large-scale advance stocking and thin overall market trading. Benefiting from the energy-saving and low-carbon development trend of the global automobile industry, the green tire sector witnesses accelerated formula upgrading of low rolling resistance tires by domestic and overseas automakers. As a key environmental reinforcing filler, high-dispersibility silica sees steady growth in market demand. Leading tire manufacturers maintain long-term stable procurement, continuously supporting the trading scale of this product category. New energy and high-end new material sectors keep unleashing growth potential. Industries including energy storage battery separators, photovoltaic sealing silicone, medical-grade silicone rubber, heavy-duty anti-corrosion industrial coatings and electronic potting materials impose extremely strict standards on silica in terms of purity, particle size dispersion, aging resistance, hydrophobic and oleophilic properties. Various customized special modified silica receives sufficient orders, and many enterprises extend the production scheduling cycle of corresponding production lines. In terms of foreign trade, continuous capacity expansion of coating and rubber product industries in Southeast Asia, the Middle East and Latin America drives a month-on-month slight rise in China’s silica export volume. However, overseas carbon tariff policies, various trade barriers and fluctuations in international ocean freight still bring numerous uncertainties to export business. Against this backdrop, an increasing number of foreign trade enterprises take the initiative to transform and develop exports of high-end modified products, avoiding homogeneous price competition in the low-end market and continuously raising the added value of exported goods.
　　On the inventory front, the divergent inventory structure of the industry is further solidified. Both manufacturer inventory and social circulating inventory of general industrial precipitated silica stay at relatively high levels. The market de-stocking cycle keeps lengthening, and short-term inventory pressure can hardly be effectively alleviated. In contrast, overall inventory of high-end tire-specific modified silica and electronic-grade fumed silica maintains a low level, with a persistently tight supply-demand balance. The cooperation model between upstream and downstream enterprises is also under continuous optimization and upgrading. Many large downstream end enterprises take the initiative to sign long-term strategic supply agreements with high-quality silica manufacturers to guarantee stable raw material quality and avoid the risk of raw material shortages and price hikes in peak seasons. They lock raw material procurement prices and annual supply cycles in advance to build a stable supply chain system.
　　Industry analysts point out that in the short run, from late August to early September, demand in traditional downstream industries remains in the later stage of the off-season. Prices of general silica products are likely to fluctuate within a narrow range, with low possibility of sharp rises or falls. With the arrival of the traditional peak consumption season of “Golden September”, operating rates of terminal manufacturers in coatings, rubber products, adhesives and tire industries are expected to pick up gradually, driving the recovery of overall market demand for silica. High-end special modified silica products are anticipated to see steady price increases. From a medium and long-term development perspective, driven by the implementation of dual-carbon policies and continuous upgrading of downstream new material industries, the silica industry will accelerate its transition toward high-end, functional and low-carbon development. Future industrial competition is no longer limited to product price comparison. Powder modification R&D capabilities, customized downstream supporting services, qualifications related to low-carbon production and a full-process stable quality control system will become enterprises’ core competitiveness. Enterprises that have taken the lead in deploying special silica supporting new energy, biomedicine and high-end equipment manufacturing will enjoy broader development space and stronger risk resistance in future industrial competition.