The competition logic of China’s new‑material market is undergoing profound changes in the fourth quarter. Competition in the precipitated silica industry no longer simply focuses on product indicators and prices, and supporting technical service capabilities gradually widen the profit gap among enterprises. The market for general filler‑grade precipitated silica is sufficiently supplied. Downstream purchasing turns rational and is dominated by on‑demand restocking with slow inventory digestion. Product prices remain under long‑term pressure, leaving enterprises with slim profit margins. In contrast, high‑end modified precipitated silica that supports formula debugging, on‑site technical support and long‑term performance tracking is highly favored by clients from new‑energy tires, photovoltaic sealants, high‑end anti‑corrosion coatings and electronic potting materials. Downstream manufacturers are willing to pay higher premiums for complete material solutions, and the profitability of high‑end product lines stays stable. Faced with strict downstream requirements for material stability, formula adaptability and rapid troubleshooting response, the industry has shifted from a simple powder‑selling model to a full‑chain technical service mode covering material R&D, sample optimization and on‑site commissioning.

　　On the cost side, prices of upstream raw materials including sodium silicate, sulfuric acid and energy remain stable in the fourth quarter. Costs can hardly drive a price increase across all precipitated silica grades. Low‑end precipitated silica boasts mature production processes and numerous market participants, accompanied by fierce low‑price competition. Even with a slight drop in raw‑material costs, enterprises can barely restore profits. High‑end functional precipitated silica demands extremely high standards for synthesis procedures, surface modification and impurity control. It also requires professional application‑technology teams to provide clients with formula optimization services, calling for higher upfront investment in research and services. The comprehensive value of such products is difficult to replicate, granting manufacturers greater pricing initiative. Nationwide environmental protection and energy‑consumption controls continue to be normalized. Small‑and‑medium‑sized production capacities lacking technical renovation capacity and supporting services gradually exit the market, and high‑quality client resources keep tilting toward leading enterprises with complete technical‑service systems.

　　As the largest downstream market for precipitated silica, the tire industry witnesses concentrated delivery of high‑end tire export orders in the fourth quarter. Steady sales growth of domestic new‑energy vehicles pushes tire manufacturers to continuously optimize low‑rolling‑resistance and wear‑resistant formulas, raise the dosage of high‑dispersity precipitated silica and improve comprehensive tire performance including fuel efficiency, wear resistance and wet‑skid grip. While purchasing powder products, overseas tire brands attach greater importance to suppliers’ formula debugging and technical iteration capabilities. Benefiting from sound technical‑service advantages of domestic leading enterprises, export orders for high‑performance precipitated silica keep rising. Conventional reinforcing‑grade precipitated silica suffers from fierce homogeneous competition and relies merely on low prices to win orders, with overall profitability staying low.

　　Niche non‑tire segments keep releasing incremental demand and serve as important growth markets for high‑end precipitated silica. Sustained capacity expansion in the photovoltaic industry drives up sealant demand, resulting in a supply shortage of low‑impurity, high‑weather‑resistance modified precipitated silica. High‑end water‑based matte paints and heavy‑duty anti‑corrosion industrial coatings boost steady purchasing growth of special matting‑grade precipitated silica. The food, feed and pharmaceutical sectors keep procuring safe high‑purity precipitated silica. Emerging applications such as lithium‑battery separator coatings and high‑performance composite materials keep expanding, opening up brand‑new growth space for customized functional precipitated silica. When sourcing products, downstream clients pay more attention to formula debugging and process optimization services provided by manufacturers, making supporting technical capabilities a key bonus factor for supplier selection.

　　The supply landscape continues to optimize. Most newly commissioned production capacities in recent years target the high‑end customized precipitated silica track, while new projects for low‑end filler grades are basically suspended. Leading enterprises accelerate the upgrading of intelligent production lines to precisely control manufacturing processes and stabilize batch‑to‑batch product performance. Meanwhile, they build professional application laboratories to deliver one‑stop services such as sample testing, formula adjustment and performance evaluation, further expanding their comprehensive competitive advantages. Restricted by capital and R&D strength, small‑and‑medium factories struggle to set up complete technical‑service teams, losing market competitiveness. Premium orders keep converging at industry leaders, and the Matthew effect becomes increasingly prominent.

　　The structure of foreign‑trade exports keeps upgrading. Export products gradually shift from low‑end general‑purpose powder to high‑value‑added modified precipitated silica equipped with technical services. Overseas buyers no longer focus only on product parameters during procurement, but also value suppliers’ R&D strength and local technical‑support capacity. Domestic enterprises with comprehensive service systems enjoy outstanding advantages in international bidding. Domestic high‑end precipitated silica accelerates import substitution and steadily expands its global market share.

　　Looking ahead to market trends, conventional precipitated silica shows weak upward momentum in the fourth quarter and is likely to fluctuate within a narrow price band. Supported by superior supporting technical services, high‑end grades including high‑dispersity tire‑specific silica, photovoltaic‑sealant silica, coating‑matting silica and high‑purity safe‑grade silica will maintain firm prices driven by year‑end downstream stocking and demand release from emerging industries. In the medium and long run, refined product customization, stable mass‑supply capacity and full‑process technical service solutions will constitute the three core competitiveness of the industry. Enterprises capable of delivering integrated solutions will continuously capture market dividends in high‑end segmented tracks. With the continuous breakthrough and upgrading of China’s domestic new‑material industry, high‑end customized precipitated silica enjoys broad import‑substitution space, and the whole industry has officially stepped into a new stage of technology‑driven high‑quality development.