China's chemical market has entered a seasonal adjustment phase, and the game between upstream and downstream players continues to intensify. The silica industry has moved away from the old pattern of universal price rises and falls, with value differentiation across segmented tracks becoming increasingly evident. As domestic manufacturing shifts toward high-end and green development, downstream customers no longer focus solely on raw material purchase prices. Instead, they attach greater importance to product stability, formula adaptability and supporting technical services. This shift has reshaped the competitive landscape of the entire silica industry. The problem of overcapacity has long persisted in the traditional general precipitated silica segment, leaving limited room for market bargaining and mounting survival pressure on manufacturers. Special modified silica developed for emerging sectors such as new energy, high-end equipment and biomedicine continues to see expanding market demand thanks to irreplaceable functional advantages, forming a new growth driver for the industry.

　　The upstream raw material supply chain is undergoing steady restructuring. The supply and demand of basic feedstocks for silica including metallurgical silicon, water glass and sulfuric acid remain generally balanced, with prices fluctuating within a range and forming a cost buffer for the silica market. However, there is a notable gap in cost pass-through capacity among different product types. Manufacturers of general silica struggle to pass on rising costs of raw materials, energy and labor, and most sustain operations by squeezing production profits. In contrast, high-end modified silica delivers higher added value and stronger capacity to absorb costs, covering extra investment in modification additives, special production equipment, R&D and testing. Meanwhile, nationwide dual control of energy consumption and clean production transformation keep moving forward. Chemical parks across the country carry out regular compliance inspections, phasing out small-scale production lines with high energy consumption and substandard environmental performance. Industrial resources keep concentrating on leading enterprises with complete industrial chains and independent R&D capabilities, lifting the overall standardization of the sector.

　　The supply side shows distinct structural differences. The overall operating rate for general precipitated silica stays high, with sufficient supply from major domestic producing regions and heavy inventory pressure among traders, leading to frequent low-price competition in the market. On the contrary, high-end fumed silica, high-dispersibility silica dedicated to tires and customized modified silica with adjustable hydrophobic or hydrophilic properties face short-term capacity constraints due to restrictions from core processes, special production lines and patented modification formulas, keeping the market in a tight supply-demand balance. In recent years, many domestic firms have launched new fumed silica projects to accelerate import substitution. Nevertheless, ultra-high-purity, low-impurity grades for electronics and lithium batteries still involve high technical barriers, and imported products retain part of the high-end market share, leaving room for continuous breakthroughs in domestic substitution. Many manufacturers have begun adjusting their product mix by cutting capacity for low-margin general products and boosting R&D and production of special high-end silica to match long-term demand from emerging downstream industries.

　　The landscape of downstream application markets keeps evolving. Growth in traditional application fields slows down, while emerging tracks continuously generate incremental demand. Traditional sectors such as ordinary rubber goods, civilian shoe materials and low-grade coatings face sluggish end consumption. Downstream product manufacturers operate at low load rates with high finished goods inventory, adopting conservative procurement strategies and placing only small orders as needed, resulting in low trading activity in the market. Supported by global low-carbon travel policies, the green tire industry sees rising penetration of low rolling resistance tires. As a core reinforcing filler, high-dispersibility silica enjoys stable long-term demand and underpins steady market performance of relevant products. The new energy industrial chain maintains robust growth. Fields including lithium battery separators, energy storage sealing materials, photovoltaic adhesives and power battery supporting materials impose strict requirements on silica in terms of particle size, specific surface area and surface modification effect, driving continuous growth in orders for customized special silica. Beyond that, emerging scenarios such as medical silicone, food-contact materials, high-performance anti-corrosion coatings and 3D printing materials keep expanding the application boundaries of silica and unlocking further growth potential for the industry. On the foreign trade front, the recovery of global manufacturing fuels the development of overseas rubber and coating industries, sustaining resilient export demand for silica. However, global carbon border policies, geopolitical trade frictions and volatile shipping costs create multiple challenges. Domestic exporters are gradually shifting toward high-value modified products, optimizing their overseas customer mix and avoiding vicious competition in the low-end market.

　　On the inventory front, structural inventory divergence persists across the industry. Both factory inventory and circulation inventory of general industrial precipitated silica remain elevated, lengthening the de-stocking cycle and curbing upward price momentum in the short run. Most types of high-end special modified silica adopt a make-to-order model with low spot inventory and a tight supply-demand balance. Cooperation models within the supply chain keep upgrading. A growing number of large downstream manufacturers implement raw material access review systems and establish long-term strategic partnerships with qualified silica producers to lock in supply, quality control and supporting technical services. This helps build a stable long-term supply chain system and mitigate operational risks triggered by raw material price volatility.

　　Industry practitioners analyze that the market will continue to follow a structurally divergent trend in the short term. Prices of general silica will fluctuate with little risk of sharp swings, while high-end special silica will demonstrate greater market resilience supported by steady rigid demand and hold expectations of steady improvement. As the traditional peak season approaches, operating rates in coatings, rubber products, adhesives and tire industries are set to recover, driving improved overall market trading. In the medium and long term, green low-carbon development and functional customization will serve as the core development directions for the silica industry. The model relying solely on capacity expansion and low-price competition is no longer viable. Enterprises’ core competitiveness in the future will lie in multiple dimensions including powder modification R&D, downstream formula technical support, low-carbon compliant production and consistent quality control. Firms that deeply engage with high-boom downstream tracks such as new energy, biomedicine and high-end equipment manufacturing and continuously iterate special silica products will gain an advantageous position amid industrial transformation and seize greater market development opportunities.