In late September 2026, the annual summit of China’s rubber and new materials industry was successfully held. The conference conducted in-depth discussions on structural adjustment, green low-carbon transformation and application expansion in emerging sectors for the precipitated silica industry. It clarified the core development direction for the precipitated silica industry in the next two years: exiting low-end price competition, strengthening high-end innovation and exploring emerging market tracks. Against the backdrop of saturated traditional production capacity and intensified homogenized competition, the industry has bid farewell to the extensive capacity expansion era and fully entered a new stage of high-quality development driven by technology, structural optimization and high-end incremental demand, with markedly accelerated industrial upgrading.

　　Currently, the overall domestic precipitated silica market operates steadily with narrowed price fluctuations, yet the structural differentiation trend has further solidified, and the price gap between high-end and low-end products continues to widen, leading to increasingly obvious polarization in industrial profits. General filler-grade and ordinary rubber-grade precipitated silica have sufficient market supply with fully released production capacity. Demand from downstream rubber, rubber miscellaneous parts and ordinary silicone sectors remains stable with limited growth, and the market has long been in a state of oversupply. Most small and medium-sized manufacturers maintain operation by selling products at low prices, and their profit margins keep being squeezed. The fierce low-end competition in the industry cannot be reversed in the short term.

　　On the contrary, high-end products including high-dispersion tire-grade, hydrophobically modified and ultra-low impurity high-purity precipitated silica remain in tight supply. With the widespread adoption of new-energy tires and low rolling-resistance green tires, the substitution ratio of precipitated silica for carbon black in tire formulations keeps rising. Leading downstream tire enterprises continue to lock orders for high-end precipitated silica. Major producers operate at full capacity with extended delivery cycles. Meanwhile, demand from emerging fields such as photovoltaic sealant, electronic silicone rubber, energy storage buffer materials and precision coatings continues to surge. These fields impose extremely high requirements on reinforcement performance, dispersibility and purity stability. High-end modified precipitated silica maintains a high premium and serves as the main profit pillar of the whole industry.

　　Raw material costs have recently fluctuated within a narrow range. Core raw materials such as sodium silicate, soda ash and sulfuric acid have no sharp price ups and downs, and the dominant influence of costs on product prices keeps weakening. The profit logic of the industry has been completely rewritten. The previous profit model relying on raw material price hikes, capacity expansion and low-volume bulk sales has failed. At this stage, the core competitiveness of enterprises is reflected in five dimensions: modification technology, particle size control, batch stability, low-carbon production and customized R&D. Technology-oriented leading enterprises boast significantly stronger risk resistance than ordinary small and medium-sized processing plants.

　　Green low-carbon and bio-based synthesis have become new trends for industrial upgrading. Driven by dual-carbon policies together with overseas carbon tariffs and carbon footprint certification, the renovation of traditional high-energy-consumption production lines is accelerated, and a large number of old and inefficient capacities are continuously phased out. Leading domestic enterprises are speeding up the layout of new green processes such as rice husk ash bio-based precipitated silica and solid waste recycling silica. By recycling agricultural solid waste, production carbon emissions are greatly reduced. The products can meet European and American green procurement standards and greatly enhance the overseas competitiveness of domestic high-end precipitated silica. Green production capacity and low-carbon products are becoming core thresholds and core advantages for enterprises to go global.

　　The pattern of foreign trade exports continues to optimize, and the market structure keeps upgrading toward high-end and compliant directions. In 2026, overseas markets have raised overall standards for precipitated silica in terms of purity indicators, stability, production traceability and low-carbon certification. Low-end general products face the impact of newly built production capacity in Southeast Asia, with transparent pricing, slim profits and rising export resistance. In contrast, high-dispersion tire-grade, fumed, hydrophobically modified and electronic-grade precipitated silica achieve continuous import substitution by virtue of stable performance and excellent reinforcement effect paired with outstanding cost performance. Overseas high-end orders keep growing and become the core driving force boosting export increment of the industry.

　　The R&D and domestic substitution process keep accelerating. Domestic enterprises make continuous breakthroughs in nano modification, surface activation, ultra-high purification and continuous synthesis processes. Key indicators of products such as particle size distribution, specific surface area, uniform dispersion and weather resistance are continuously benchmarking international brands. The long-term import dependence in high-end fields including lithium battery diaphragm coating, electrolyte additives, photovoltaic adhesive reinforcement, high-end medical auxiliary materials and cosmetics high-purity powder is being rapidly reversed. The domestic substitution space of domestic high-end precipitated silica keeps expanding and forms a brand-new growth curve for the industry.

　　Downstream application scenarios keep expanding, and emerging tracks continuously broaden the industrial boundary. Apart from traditional markets such as tires, organosilicon and coatings, demand for precipitated silica in cutting-edge fields including hydrogen energy sealing materials, 6G high-frequency substrates, elastic materials for humanoid robots, high-end precision rubber and plastics, and big health auxiliary materials grows rapidly. This forces the industry to accelerate refined, functional and customized upgrading of products, promoting the transformation of precipitated silica from traditional filling powder to high-end functional new materials with greatly improved industrial added value.

　　Market outlook: In Q4 2026, the domestic precipitated silica market will continue the structural trend of weak low-end prices and firm high-end prices. As downstream sectors enter the traditional stocking season, demand from tires, silicone rubber, photovoltaic supporting products and industrial coatings will be released intensively. High-end modified precipitated silica is expected to achieve phased volume growth and price rise, further widening the profit gap within the industry. In the medium and long term, capacity integration and survival of the fittest in the industry will continue, and resources, production capacity and customers will keep concentrating on leading enterprises. Future growth opportunities of the industry no longer come from capacity expansion, but from four major directions: functional modification upgrading, green low-carbon production, high-end import substitution and supporting emerging tracks. Leading enterprises with advanced technology, complete qualifications and high-quality production capacity will continue to lead the industry and occupy the profit highland of the industry in the long run.