In September 2026, the coordination of China’s new material industrial chain continues to deepen, and the core focus of market competition in the precipitated silica industry is undergoing a fundamental shift. Previously, the industry competed on production capacity scale and base selling prices. Nowadays, market competition centers on powder application solutions, surface modification technology and stable batch control capability. With the continuous upgrading of high-end downstream manufacturing industries, different segmented sectors put forward differentiated indicators for precipitated silica, including specific surface area, pore structure, surface functional groups and dispersion performance. This forces powder manufacturers to transform from standardized mass production mode to developing special grades according to customers’ formula requirements. Customized service capability has become the new core competitiveness of enterprises.

　　The domestic spot market presents a clear pattern of polarization. The production capacity of general precipitated silica is sufficiently released, resulting in oversupply. Downstream producers of ordinary rubber products, civil coatings and low-end silicone fillers maintain conservative purchasing, mostly adopting the strategy of purchasing on demand and replenishing stocks in batches. Market prices linger at low levels for a long time. A large number of small and medium-sized factories suffer from serious product homogenization and lack modification R&D capacity. They can only compete for orders through price cuts, and the slim gross profit cannot support production line technical renovation and quality upgrading. Along with tighter environmental protection and energy consumption policies, the phase-out of backward production capacity lacking capital and technology keeps accelerating, and the elimination of low-end capacity in the industry speeds up further.

　　The market demand for high-end functional precipitated silica maintains robust growth. Demand for high-dispersion precipitated silica for green low rolling-resistance tires keeps rising. With the expansion of the new energy vehicle tire market, tire manufacturers continuously optimize formula systems and increase the addition ratio of precipitated silica to reduce tire rolling resistance and improve wet grip performance. Leading precipitated silica enterprises are fully booked for relevant grades with extended delivery cycles. In the organosilicon material sector, demand for hydrophobically modified precipitated silica used in sealants, liquid silicone rubber and thermal conductive silicone gel grows steadily. Surface-modified precipitated silica can significantly boost the mechanical strength of silicone rubber, lower system viscosity and inhibit bubble generation and powder precipitation, serving as an indispensable reinforcing filler for high-end organosilicon formulations. Besides, orders for low-impurity special precipitated silica applied in photovoltaic encapsulant and energy storage buffer materials keep growing.

　　On the cost side, prices of upstream raw materials such as sodium silicate, sulfuric acid and soda ash have entered a stable operation stage, and the influence of raw material fluctuations on the pricing of precipitated silica keeps weakening. The gap in product added value mainly stems from surface modification technology, precise regulation of microscopic structure and quality control during production. Precipitated silica made from the same basic raw materials can achieve several times higher product value after differentiated surface modification. More and more enterprises have realized that merely expanding the production capacity of basic powder will further intensify the involution in the low-end market. Only by delving deep into powder surface modification technology and carrying out targeted development for different working conditions and formula systems of downstream customers can enterprises build hard-to-replicate technical barriers.

　　Low-carbon production and carbon footprint certification have gradually become mandatory thresholds for domestic precipitated silica to enter the global high-end supply chain. In procurement evaluation, overseas purchasers require carbon footprint accounting, full-process production traceability and review of environmental emission documents in addition to routine physical and chemical test data. Many leading domestic enterprises vigorously promote solid waste recycling routes, using rice husk ash and industrial solid by-products to produce precipitated silica, so as to reduce the consumption of ore raw materials and cut carbon emissions in production links. Enterprises equipped with low-carbon production lines enjoy obvious advantages in overseas bidding, while factories failing to complete green transformation will gradually lose access qualifications to high-end markets in Europe and America.

　　The pattern of foreign trade export market is reshaping, and export product structure continues to upgrade toward high-end orientation. The export of ordinary general precipitated silica faces fierce competition. Newly built production capacity in Southeast Asia keeps launching, seizing the overseas low-end powder market, putting pressure on exports of domestic basic grades and continuously squeezing profit margins. High-end modified, high-dispersion and fumed precipitated silica gain rising recognition in Europe, America, Japan, South Korea and other markets thanks to stable product quality and supporting technical services, with export volume increasing year by year. High-end overseas customers no longer simply compare prices; they attach more importance to product batch stability, technical support and rapid customized development capability. Domestic high-end precipitated silica is accelerating import substitution continuously.

　　At the technology R&D level, breakthroughs have been continuously achieved in the localization of fumed silica and nano functional precipitated silica. Fields such as lithium battery diaphragm coating, thermal conductive composite materials, high-end cosmetic powder and pharmaceutical excipients once relied heavily on imported powder raw materials. Domestic enterprises keep conquering core processes including ultra-high purification, surface activation and continuous synthesis, and have successively launched special grades adapted to various application scenarios. The business model of the industry has transformed. Precipitated silica manufacturers are no longer just powder suppliers, but deeply participate in the formula R&D of downstream new materials and provide complete powder application solutions for customers.

　　Emerging application tracks keep expanding, continuously broadening the growth space of the precipitated silica industry. In addition to traditional mainstream markets such as tires, organosilicone and coatings, demand for precipitated silica surges rapidly in cutting-edge fields including hydrogen energy sealing elastomers, 6G high-frequency communication substrates, flexible sensing materials, elastomer matrices for wearable devices and biodegradable composite materials. These high-end scenarios set strict standards for powder purity, aging resistance, low volatility and reinforcement efficiency, continuously pushing powder enterprises to iterate modification technology and develop exclusive grades. Emerging tracks will become the most important source of incremental growth for the precipitated silica industry in the next few years.

　　Market forecast for Q4: The structural differentiation trend of the precipitated silica industry will continue. Prices of general filler-grade products remain under pressure, while demand for functional special precipitated silica stays strong. As downstream tire and organosilicone enterprises enter the year-end stocking cycle, orders for high-end modified grades are expected to see phased growth. In the medium and long term, market resources and high-quality customers will keep concentrating on leading enterprises with independent R&D capability, low-carbon production lines and customized technical services. The future development focus of the industry lies in three directions: powder functional modification, low-carbon circular manufacturing and supporting emerging tracks. Enterprises capable of continuously providing customized powder solutions for downstream customers will occupy a dominant position in long-term industrial competition.