Entering August 2026, China’s precipitated silica market has officially entered the traditional consumption off‑season. The overall market fluctuates within a range without sharp price rises or falls, and structural differentiation within the industry has become increasingly prominent. The precipitated silica sector has bid farewell to the era of across‑the‑board growth. Low‑end general‑grade products are trapped in fierce homogenized competition dominated by price rivalry. In contrast, special low‑carbon precipitated silica for new‑energy industries, high‑end equipment manufacturing and fine chemicals maintains robust demand resilience with simultaneous growth in sales volume and product benefits. Substantial shifts have taken place in industry competition logic. Competition is no longer simply about production capacity scale, but a comprehensive contest covering technical research strength, product differentiation capability and low‑carbon manufacturing level, accelerating industrial transformation and upgrading.

　　　Raw material costs show a tug‑of‑war pattern and exert two‑way influences on the market. Sodium silicate, the major feedstock for precipitated silica, maintains adequate overall supply. Nevertheless, environmental inspections are carried out across multiple regions, forcing some small‑and‑medium‑sized sodium silicate units to reduce load or conduct temporary maintenance. Tightened regional supply pushes up ex‑factory prices of sodium silicate and directly increases raw‑material production costs for precipitated silica manufacturers. Sulfuric acid is well‑supplied. Weak demand from downstream chemical and metallurgical sectors leads to low purchasing sentiment and sliding sulfuric acid prices, which partially offset cost increases brought by rising sodium silicate prices. At present, overall cost pressure on precipitated silica producers stays at a moderate level, yet profit gaps among enterprises are obvious. Factories focusing on conventional general‑purpose products face continuous profit squeeze and mostly operate at thin or break‑even margins. Enterprises equipped with modification technologies for high‑value‑added special grades can offset cost fluctuations via product premium and maintain relatively stable profitability.

　　　Industry reshuffling advances on the supply side, with backward capacity exiting the market at an accelerated pace. Currently the overall operating rate of domestic precipitated silica facilities remains at 70‑75%. Leading large manufacturers boast complete supporting facilities and solid customer bases. Their production lines run stably at high load, arranging production strictly according to actual downstream orders with well‑controlled inventory and production‑sales rhythm. Restrained by insufficient orders, serious product homogenization and poor profitability, numerous small‑and‑medium enterprises operate flexibly with frequent low‑load production and intermittent shutdowns. New capacity investment has undergone thorough adjustment. No new projects for low‑end ordinary precipitated silica are launched. New capacity is fully oriented toward high‑end special categories such as high‑dispersion grades, surface‑modified products and low‑residual‑carbon variants, while old inefficient capacity is phased out gradually. Inventory polarization is striking. Conventional precipitated silica for ordinary rubber and general coatings accumulates heavy stock with slow destocking progress. Special functional precipitated silica applied in new‑energy green tires, lithium‑ion battery separators, high‑end silicone rubber and fine daily chemicals is in tight spot supply. Delivery cycles of some scarce grades extend to 15‑30 days with noticeable spot premium.

　　　Downstream sectors show divergent performance, and new‑energy tracks serve as vital growth pillars for the industry. Tire manufacturing represents the largest downstream application for precipitated silica. Domestic tire plants keep operating rates of 75‑80%. Affected by the traditional off‑season, terminal tire shipments are sluggish. Tire manufacturers mostly adopt on‑demand procurement and prudent inventory control without large‑scale centralized restocking, generating limited stimulus for general‑purpose precipitated silica. The new‑energy vehicle market stays buoyant with rising penetration rate, boosting demand for energy‑saving green tires. The proportion of high‑dispersion precipitated silica in new‑energy tire formulations keeps increasing and gradually replaces carbon black, becoming the core source of demand growth for high‑end precipitated silica. Downstream silicone sectors deliver sound overall performance. Continuous capacity expansion of silicone rubber, sealants and silicone oil drives product upgrading, lifting procurement demand for high‑performance fumed silica and modified precipitated silica. By contrast, traditional tracks including ordinary rubber goods, low‑end coatings and general filling plastics lack recovery momentum. Downstream enterprises prioritize consuming existing stock with few new purchase orders, dragging down overall demand for commodity‑grade precipitated silica.

　　　Export landscape is undergoing restructuring, and low‑carbon as well as high‑end advantages become critical strengths for overseas expansion. With the continuous implementation of EU Carbon Border Adjustment Mechanism, European and American overseas buyers set higher requirements on carbon footprint and environmental production qualifications for chemical raw materials. Export obstacles mount for low‑value‑added high‑energy‑consumption ordinary precipitated silica with shrinking order volume. Modified special precipitated silica produced by low‑carbon production lines with complete carbon‑footprint certification gains wide recognition from overseas clients for its green attributes and stable quality, securing sufficient orders and certain price premium. Expanding tire and rubber‑plastic industries in Southeast Asia and the Middle East form new incremental export markets for Chinese precipitated silica. Overseas procurement shifts from pure price‑oriented purchasing to emphasis on batch consistency, product adaptability and supporting technical services, forcing domestic enterprises to accelerate product iteration and upgrading. According to import and export statistics, certain high‑end precipitated silica for pharmaceutical, food‑contact and high‑end optical coating applications still relies on imports. Huge domestic‑substitution potential exists in premium segmented tracks, which constitutes a key layout direction for industrial enterprises.

　　　Future development trends are relatively clear. Short‑term market features structural shocks while long‑term development focuses on product high‑end upgrading. In the short run, the domestic market remains in the traditional off‑season with weak downstream purchasing willingness. General‑purpose precipitated silica lacks upward momentum and will most likely fluctuate within a fixed range. Market competition centers on raw‑material cost changes and inventory digestion progress. In the medium‑to‑long term, low‑end general‑purpose precipitated silica is trapped in red‑sea competition with shrinking profit and fading new‑capacity expansion momentum. Special precipitated silica including high‑dispersion tire‑specific grades, lithium‑battery supporting grades, photovoltaic sealing grades, pharmaceutical‑food grades and low‑residual‑carbon demolding grades fits development trends of new‑energy, high‑end manufacturing and green chemical industries and enjoys broad market growth space. Meanwhile low‑carbon production technologies and carbon‑footprint certifications will become essential qualifications for enterprises to capture high‑end overseas orders. Leading enterprises mastering core modification technologies, owning intelligent low‑carbon production lines, complete quality‑control systems and customized‑service capabilities will continuously expand market share. The whole precipitated silica industry will keep advancing toward high‑quality, differentiated, green and high‑end development.