In September 2026, China’s new fine‑chemical material sector has entered a traditional peak‑season recovery cycle. Operating rates of downstream rubber goods, industrial coatings, silicone sealants and new‑energy auxiliary materials keep picking up, driving a general upturn in market demand. Unlike previous peak seasons featuring simultaneous rises in volume and price, the precipitated silica industry presents a brand‑new landscape this year: demand recovers rationally with sufficient overall capacity while high‑quality products remain in short supply. As end‑user products keep upgrading toward lightweight design, superior weather resistance, low‑energy consumption and environmental friendliness, application scenarios for conventional general‑grade precipitated silica keep shrinking, whereas functional modified precipitated silica expands its application boundaries. The industry has officially stepped into a value‑restructuring phase centered on quality iteration, performance upgrading and scenario segmentation.

　　The upstream raw‑material market maintains a loose supply‑demand balance with no obvious upward momentum in costs, laying a solid foundation for stable industrial production. Sodium silicate enjoys adequate supply with steady operation at major manufacturers and stable market prices, accompanied by minor regional price fluctuations without broad‑based hikes. Sulfuric acid prices adjust moderately in line with the overall operating rhythm of the chemical industry within a narrow range, exerting limited cost impact on the sector. Fixed expenses covering energy, steam and labor stay relatively stable, easing overall production‑cost pressure. Profit gaps among enterprises no longer stem from raw‑material price differences, but from technical advantages in production processes, modification capabilities, batch‑to‑batch stability and formula compatibility, marking a thorough upgrade of industrial competition dimensions.

　　In terms of production and supply structure, domestic precipitated silica boasts abundant overall capacity. Output of ordinary precipitated silica keeps expanding with ample circulating supplies and an oversupplied low‑end segment. Plagued by homogeneous competition, general‑grade precipitated silica remains under long‑term price pressure with thin corporate profits and fierce low‑end market involution. On the contrary, capacity expansion of high‑end functional precipitated silica for premium applications proceeds slowly. Restricted by process barriers, accumulated formula experience and sophisticated quality‑control systems, it is difficult to rapidly scale up production of hydrophobic modified, high‑dispersity, low‑impurity and high‑reinforcement premium grades. Against the backdrop of the peak season, restocking demand from high‑end downstream sectors surges, tightening spot supply and extending delivery cycles of high‑end precipitated silica with increasingly prominent structural shortage.

　　Downstream application markets witness intensified stratification, with divergent demand trends between traditional and emerging tracks.
Demand from conventional rubber, shoe‑material and ordinary coating sectors maintains steady rigid consumption without new growth drivers, relying heavily on low‑cost general‑grade precipitated silica and triggering fierce price competition. The tire industry continuously upgrades its product portfolio with rising penetration of green and energy‑saving tires. Stringent requirements are imposed on the dispersibility, wear‑resistant reinforcement and anti‑aging performance of precipitated silica, fueling steady growth in demand for special high‑dispersity grades that gradually replace low‑end fillers. The new‑energy track maintains rapid growth. Expanding sectors including photovoltaic sealants, energy‑storage materials, lithium‑battery auxiliaries and thermal‑conductive composite materials continuously boost market demand for high‑purity, hydrophobic, low‑volatile modified precipitated silica, which serves as the core growth engine of the whole industry.

　　Procurement patterns in the domestic market have transformed remarkably, shifting from price‑oriented purchasing to value‑oriented purchasing. End‑user enterprises no longer take low prices as the sole procurement standard, but attach greater importance to product adaptability, formula compatibility, stable supply and supporting technical services. During new‑product R&D and formula optimization, downstream manufacturers tend to establish long‑term cooperation with raw‑material suppliers featuring modification and R&D strengths, adopting customized precipitated silica to improve end‑product performance and market competitiveness. Low‑end precipitated silica with homogeneous performance and weak compatibility is gradually phased out from mid‑to‑high‑end formulas with shrinking market space.

　　The foreign‑trade market maintains a prosperous outlook with growing export competitiveness of domestic high‑end precipitated silica. Against the restructuring of global supply chains, overseas buyers are gradually reducing reliance on imported raw materials from Europe, America, Japan and South Korea while increasing procurement of Chinese precipitated silica. Stable rigid demand in Southeast Asia, the Middle East and Latin America absorbs large‑volume exports of general‑grade products. High‑end markets in Europe and North America continuously recognize domestic modified, high‑dispersity and electronic‑grade precipitated silica with a rising export proportion of premium products. Benefiting from cost‑effective performance, stable quality control and rapid customized services, domestic precipitated silica keeps expanding its share in the global filler market with an optimized export mix.

　　The long‑term development logic of the industry is clear with irreversible industrial upgrading trends. Future growth drivers of the precipitated silica industry will no longer depend on capacity expansion, but on high‑end, functional and customized product development. Outdated high‑energy‑consumption production lines and low‑stability products will be continuously eliminated from the market alongside rising industrial concentration. Leveraging technological R&D, automated production lines, green manufacturing systems and comprehensive quality‑control capabilities, leading enterprises keep seizing high‑end market share amid a strengthening Matthew effect.

　　Based on a comprehensive market forecast, the domestic precipitated silica market will continue the structural trend of weak low‑end prices and firm high‑end quotations from September to October 2026. Suffering from overcapacity, sluggish demand and fierce competition, general‑grade precipitated silica has limited upward price potential and will fluctuate at low levels. Supported by downstream product iteration and incremental demand from emerging industries, high‑end modified and high‑dispersity new‑energy‑specific precipitated silica will maintain firm market conditions with expanding premium margins. In the medium and long run, driven by continuous upgrading of downstream new materials, deepened domestic substitution and tightened global green standards, high‑performance functional precipitated silica will steer industrial development and act as the core pillar of future value growth.