Entering August 2026, China’s white carbon black market has officially stepped into the traditional off‑season for consumption. The overall market maintains a stable and fluctuating trend without sharp price swings. Structural features within the industry have become increasingly prominent. The white carbon black sector has bid farewell to the era of universal growth. Low‑end general‑purpose products face fierce homogenized competition dominated by price‑driven sales. In contrast, special low‑carbon white carbon black for new‑energy, high‑end manufacturing and fine chemical sectors maintains solid demand with steady improvements in volume and price. Industry competition is no longer merely about production capacity scale, but a comprehensive contest covering technical research, product differentiation and low‑carbon manufacturing capability, accelerating industrial transformation and upgrading.

　　　Raw material costs show a seesaw pattern that brings both support and pressure to the whole market. Sodium silicate, the core feedstock for precipitated white carbon black, keeps stable overall supply. Nevertheless, environmental inspections across multiple regions have forced small‑and‑medium sodium silicate plants to reduce load or suspend maintenance, tightening regional supply and lifting factory prices, which increases raw‑material costs for white carbon black producers. On the other hand, sulfuric acid is sufficiently stocked. Weak demand from downstream chemical and metallurgical sectors keeps purchasing sentiment low, resulting in sluggish sulfuric acid prices that partially offset cost increases from sodium silicate. At present, cost pressure for white carbon black manufacturers remains moderate, yet profit differentiation is obvious. Factories producing conventional grades see squeezed margins and barely break even. Manufacturers of high‑value‑added modified special white carbon black can absorb cost volatility via product premium and sustain sound profits.

　　　Supply‑side landscape keeps optimizing with accelerated capacity elimination. The overall operating rate of domestic white carbon black units stays at 70‑75%. Leading large‑scale plants run at high load and arrange production strictly according to downstream orders with well‑controlled inventory and sales balance. Small‑and‑medium manufacturers adjust operation flexibly, frequently running at low load or intermittent shutdown due to insufficient orders, homogeneous products and poor profitability. New capacity investment has shifted toward high‑end tracks including high‑dispersion grades, surface‑modified products and low‑carbon‑residue types. New capacity for ordinary precipitated white carbon black has almost stopped, while backward inefficient capacity is phased out. Inventory presents clear polarization. Conventional white carbon black for general rubber and coatings accumulates high stock with slow destocking. Special functional white carbon black for new‑energy green tires, lithium‑ion battery separators, high‑end silicone rubber and fine daily chemicals is in tight supply. Delivery cycles for some scarce grades extend to 15‑30 days with obvious spot premium.

　　　Downstream demand varies sharply across segments, and new‑energy sectors serve as core growth drivers. The tire industry represents the largest consuming field for white carbon black. Domestic tire plants maintain operating rates of 75‑80%. Terminal tire sales are slow in traditional off‑season. Tire manufacturers only make cautious on‑demand purchases without large‑scale stock‑up, giving limited stimulus to general‑purpose white carbon black. Booming new‑energy vehicle market lifts penetration rate and fuels demand for energy‑saving green tires. High‑dispersion white carbon black proportion in new‑energy tire formulations keeps rising and gradually replaces carbon black, forming major incremental demand for high‑end white carbon black. Demand from silicone sectors stays positive. Expanding output of silicone rubber, sealants and silicone oil drives procurement for high‑performance fumed silica and modified precipitated white carbon black. Traditional markets including ordinary rubber goods, low‑end coatings and general plastic fillers remain sluggish. Downstream consumers mostly consume existing inventory with few new purchases, weighing on demand for commodity‑grade white carbon black.

　　　Fundamental changes take place in export markets, where low‑carbon and high‑end features become core competitiveness. As EU Carbon Border Adjustment Mechanism comes into full force, European and American buyers raise strict requirements on carbon footprint and environmental qualification for chemical raw materials. Export barriers increase for low‑value high‑energy‑consumption ordinary white carbon black with shrinking orders. Modified special white carbon black manufactured by low‑carbon processes with complete carbon‑footprint certification gains wide recognition from overseas clients, enjoying sufficient orders and certain price premium. Tire and rubber industries in Southeast Asia and the Middle East keep expanding and become emerging export destinations for Chinese white carbon black. Overseas buyers no longer chase low prices alone, but prioritize batch consistency, product adaptability and customized technical services, pushing domestic enterprises to upgrade products. Import data still shows reliance on imported high‑end white carbon black for pharmaceutical, food‑contact and high‑end optical coating applications, leaving huge domestic‑substitution potential in premium subdivided tracks.

　　　Future development trend is clear. Short‑term structural fluctuation and long‑term high‑end upgrading will dominate the industry. In the short run, the domestic market remains in traditional off‑season. Weak downstream purchasing sentiment prevents price hikes for general‑purpose white carbon black, which will likely fluctuate within a fixed range. Market games focus on raw‑material cost swings and inventory digestion speed. In the medium‑to‑long term, homogenized red‑sea competition persists for low‑end commodity grades with shrinking profit and fading capacity expansion momentum. Special white carbon black for high‑dispersion tires, lithium‑battery supporting parts, photovoltaic sealing, pharmaceutical‑food contact and low‑carbon‑residue release agents enjoys broad market prospects, matching growth trends of new‑energy, high‑end manufacturing and green chemical industries. Meanwhile low‑carbon production technology, carbon‑footprint certification and green manufacturing systems will become essential qualifications for winning high‑end overseas orders. Leading enterprises owning core modification technology, intelligent low‑carbon production lines, stable quality control and customized services will capture larger market share. The whole industry will continuously march toward high‑quality, differentiated, green and high‑end development.