(August 1, 2026)As August 2026 kicks off, China’s fumed and precipitated silica industry continues its profound structural transformation, and the divergence on both supply and demand sides of the market is further widening. Driven by multiple factors including the green upgrading of downstream manufacturing, tightening global carbon trade policies, and normalized domestic energy consumption controls, the industry’s past development model relying on mass production of standard-grade products to seize market share has come to an end. The main line of market competition has fully shifted to low-carbon production processes, customized surface modification, and high-purity functional niche segments. Industrial resources are accelerating to converge on leading enterprises with comprehensive R&D capabilities and low-carbon production certifications. The market features a distinct pattern: low-end production capacity keeps phasing out, while demand for high-end functional silica maintains steady growth. The high-quality transformation of the industry continues to pick up speed. From the perspective of downstream demand, the market shows obvious uneven growth. In traditional application sectors, demand for silica from ordinary rubber goods and general shoe material fillers remains rigid. Downstream manufacturers are reluctant to place bulk advance orders and only purchase raw materials as needed. Their price sensitivity to conventional precipitated silica remains high. In sharp contrast, demand from emerging new energy sectors maintains steady growth. The continuous penetration of low rolling resistance green tires for new energy vehicles pushes major tire manufacturers to increase the proportion of high-dispersion silica in formulas, driving up inquiries and orders for premium precipitated silica. Sectors including photovoltaic module sealants, silicone rubber accessories for energy storage equipment, ceramic coatings for lithium battery separators, and electronic thermal conductive materials keep expanding, lifting market demand for hydrophobic modified fumed silica and nano high-purity silica. Meanwhile, demand for customized modified silica in fine chemical industries such as high-end coatings and inks, daily cosmetics, pharmaceutical carriers and agrochemical additives rises steadily, widening the premium space for differentiated products. The environment for export trade keeps changing, and overseas trade barriers have significantly reshaped China’s export mix. With the formal implementation of the EU Carbon Border Adjustment Mechanism, buyers from Europe and the United States prioritize raw material suppliers with complete carbon footprint tracing and low-carbon production certifications. Standard industrial-grade silica produced via high-energy-consuming processes faces mounting export obstacles and shrinking bargaining power. Although market demand in emerging markets such as Southeast Asia and the Middle East stays stable, newly built local production lines trigger fiercer competition for commodity-grade silica. On the other hand, premium modified, food & pharmaceutical grade, and electronic-grade specialty silica realize import substitution thanks to stable quality. Overseas orders grow steadily, and export prices remain higher than standard products. A rising number of domestic enterprises focus their overseas business on high-end functional silica. On the supply side, the optimization of domestic industrial capacity proceeds continuously. Many leading enterprises press ahead with new projects and technical renovations. All newly added capacity targets premium categories, including high-dispersion tire-specific silica, hydrophobic fumed silica, and ultrafine food & pharmaceutical grade silica. Manufacturers also adopt low-carbon technologies such as continuous synthesis, wastewater recycling and waste heat recovery to cut energy consumption and carbon emissions per unit of output. Restrained by environmental and energy policies, numerous small and medium-sized manufacturers with outdated equipment, backward techniques and limited modification technology are phasing out general-grade capacity, easing disorderly competition within the industry. In terms of regional layout, production bases in eastern China push forward technical upgrades for existing production lines and focus on high-value specialty silica. Relying on advantages in energy and raw materials, central and western regions develop new projects with much stricter market access thresholds, banning new low-end capacity. Fluctuations in raw material costs continue to affect corporate profitability. Prices of upstream materials such as water glass, sulfuric acid and quartz sand swing constantly. Coupled with persistently high industrial power prices and environmental operation costs, profit margins for small and medium-sized enterprises are squeezed further. Manufacturers of standard silica struggle with thin profit margins and fierce internal competition. Many choose to cut inefficient capacity and shift to customized OEM production. Supported by integrated industrial chains, large-scale production and premium product profit margins, leading players boast stronger risk resistance, and profit polarization within the industry becomes increasingly prominent. Industrial analysts have assessed both short-term and long-term market trends. In the short run, prices of conventional general-purpose silica are likely to fluctuate within a fixed range without sharp unilateral rises or falls. Backed by demand from new energy and advanced materials, premium modified silica enjoys stronger price resilience. In the medium and long term, alongside the development of high-end downstream manufacturing and improved global low-carbon trade standards, enterprises equipped with low-emission green processes, independent surface modification technology and customized solution capabilities will continuously gain benefits from promising market segments. Competition in the silica industry will no longer focus merely on unit prices. Carbon footprint management, formula R&D services and stable quality control will become core factors determining market share. Industrial consolidation and high-end upgrading will remain the central theme of the industry throughout the second half of the year.