In mid-September 2026, the overall domestic fumed silica market operates steadily with stable prices. The industrial development logic has completely shifted from large-scale capacity expansion in the past to a new stage featuring technological upgrading, substitution of high-end products and green low-carbon production. At present, the benchmark quotation of domestic precipitated fumed silica remains stable at 6066.67 yuan per ton. The price fluctuation in the past half month is minimal, raw material costs fluctuate gently, and the overall market tends to be stable. However, from the perspective of market segmentation, the polarization of the market becomes increasingly obvious. Low-end general products face fierce competition with continuously squeezed profits, while demand for high-end modified, high-purity and functional fumed silica keeps rising with increasing volume and price, becoming the core driving force supporting industrial growth. With the rapid development of domestic new material industry and continuous upgrading of downstream high-end manufacturing, as a key inorganic functional powder material, fumed silica witnesses accelerated technological iteration and continuous expansion of new application scenarios.

　　In terms of the market status of general-purpose fumed silica, the overcapacity of low-end products remains prominent, and the pressure of homogeneous competition keeps intensifying. In recent years, newly added and resumed production capacity of ordinary precipitated fumed silica in many regions of China has been released intensively, leading to sufficient or even saturated overall market supply. Most small and medium-sized manufacturers have a single product structure, mainly focusing on low-end fields such as ordinary rubber filling, basic coating matting and conventional rubber and plastic reinforcement, with convergent product indicators and insufficient differentiation. At present, the recovery of traditional manufacturing industries is moderate, and the start-up of traditional downstream end-users such as tires, rubber products and ordinary coatings maintains a rigid demand. Enterprises mostly adopt the operation mode of purchasing on demand and low inventory, with weak willingness for large-scale stockpiling, and the incremental demand in the low-end market is limited. Meanwhile, prices of core raw materials such as soda ash, sodium silicate and sulfuric acid fluctuate at a low level, providing weak cost support for low-end products. To compete for limited market orders, enterprises keep expanding sales volume through price reduction, which continuously compresses the profit margin of general fumed silica. The phenomenon of "high output but low profit" is common in the industry. The survival pressure of small and medium-sized backward production capacity keeps rising, and the phase-out process of low-end production capacity continues to advance.

　　In sharp contrast to the sluggish low-end market, the high-end functional fumed silica track shows a sound trend of strong demand, sufficient orders, low inventory and remarkable premium. With the upgrading of global green manufacturing and high-end manufacturing industries, downstream industries have raised their performance requirements for fumed silica from basic filling and reinforcement to refined functional requirements such as high dispersion, high purity, resistance to high and low temperature, high hydrophobicity and high compatibility. High-dispersion fumed silica dedicated for green tires, high-purity fumed silica, surface-modified hydrophobic fumed silica, electronic-grade ultra-low impurity fumed silica and other high-end products, with excellent dispersibility, reinforcing property, aging resistance and interfacial compatibility, are widely applied in high-end green tires, new energy battery materials, high-end industrial coatings, precision electronic packaging, medical daily chemicals, high-end adhesives and other fields. At present, the localization substitution process of domestic high-end fumed silica keeps accelerating, gradually breaking the long-term monopoly of overseas enterprises. Downstream high-end customers maintain stable procurement and sufficient long-term orders. High-end products are generally in short supply, serving as the core pillar of industrial profits.

　　In terms of policy compliance and export trade, the industry is embracing a new round of standardization and normalization upgrading. Currently, the EU continues to promote new compliance regulations for synthetic amorphous silica, planning to include fumed silica categories in the classified management of hazardous substances, greatly raising the access standards for products exported to the EU in terms of impurity control, production compliance, product testing and filing, packaging and labeling, and putting higher technical requirements on domestic export-oriented enterprises. Major domestic foreign trade enterprises have taken the lead in launching process optimization, impurity control, product testing and compliance filing upgrading, phasing out low-end export products with high impurities and low stability, forcing the overall quality upgrading of the industry. At the same time, domestic dual-carbon policies and environmental control continue to be tightened. Old production facilities with high energy consumption, high pollution and high emissions are gradually restricted. The extensive production mode with high energy consumption has come to an end. Green low-carbon, solid waste recycling and clean production have become mandatory industrial access standards, further accelerating the elimination of backward production capacity and optimizing the overall industrial capacity structure.

　　At the level of production technology and R&D, the speed of industrial iteration and upgrading keeps accelerating, and new green preparation processes are gradually replacing traditional technologies. Traditional precipitation processes featuring high temperature, strong acid, high water consumption and high energy consumption have prominent drawbacks. Their carbon emission and energy consumption indicators are difficult to meet current environmental policies. Leading enterprises have increased R&D investment and deployed new low-carbon preparation technologies. Green carbonization fumed silica technology developed based on solid waste resources such as phosphorus ore-associated silicon resources, industrial waste residues, straw ash and waste silicon materials has been gradually put into mass production, realizing the recycling of industrial solid waste, greatly reducing raw material costs and production energy consumption, effectively cutting three-waste emissions, and achieving both economic and environmental benefits. Meanwhile, powder surface modification technology continues to make breakthroughs. Hydrophilic, hydrophobic, coupling and functional modification processes are constantly maturing. Customized modification can be carried out according to downstream resin systems, application scenarios and performance requirements, thoroughly solving the long-standing industrial pain points of traditional fumed silica such as easy agglomeration, poor compatibility, uneven dispersion and weak interfacial bonding force, and greatly improving product adaptability and added value.

　　Downstream application fields continue to expand, and new segmented scenarios are constantly implemented, fully unlocking the long-term growth potential of the industry. Traditionally, fumed silica mainly relies on three core fields: tires, rubber and coatings. With the rapid development of new material industries, the application boundary of fumed silica keeps extending. In the new energy sector, it can be used for battery separator modification, electrode material dispersion and hydrophobic insulation of energy storage materials. In the field of high-end materials, it is suitable for plastic wear modification, film anti-slip and high-end textile hydrophilic and breathable modification. In the daily chemical and medical field, it can be used as matting and thickening agent for cosmetics, toothpaste abrasives and anti-caking agents for medical auxiliary materials. In the precision industry field, it can be applied in abrasive filling, high-end sealants, electronic insulating coatings and low-surface easy-to-clean coating systems. Diversified and refined application scenarios have transformed fumed silica from traditional industrial fillers into indispensable functional core powder materials for high-end manufacturing, with continuously released market increments.

　　Judging from the industrial competition pattern and future trends, the fumed silica industry has completely bid farewell to the extensive era of capacity expansion and entered a new high-quality development stage driven by technology, quality, customized empowerment and green compliance. Future industrial competition will no longer be a competition of production capacity scale, but a comprehensive competition of core modification technology, product stability, customized services, green production and compliant delivery. Leading enterprises with core R&D capabilities, customizable indicators, stable high-purity production and green compliant operation will continue to seize market share in high-end tracks such as new energy, high-end daily chemicals, precision electronics and high-end equipment. Industrial concentration will keep rising, low-end homogeneous production capacity will be phased out at an accelerated pace. High-end products, green processes, refined categories and customized services will become the long-term stable development mainline of the fumed silica industry.