(May 26, 2026) Entering the second quarter of 2026, the domestic silica industry is facing a new round of cost challenges. Prices of core production raw materials such as soda ash, sodium silicate, and energy fluctuated upward, combined with rising costs for environmental protection and labor, and overcapacity in general supplies, causing the industry's overall profit margins to be continuously squeezed. Against this backdrop, domestic white carbon black producers are no longer relying solely on scale expansion; instead, they are actively working to reduce costs and improve efficiency from production processes, supply chain management, and internal operations, launching a comprehensive industry-wide quality improvement and breakthrough initiative.
From the cost composition perspective, soda ash is the core raw material for precipitating silica, accounting for over 40% of production costs. Since the beginning of this year, due to upstream capacity controls, logistics and transportation, and market supply-demand impacts, soda ash market prices have generally remained high, directly driving up the basic production cost of silica. At the same time, dual control of energy consumption and exhaust gas and wastewater discharge standards are tightening across regions, and the costs for upgrading and operating environmental protection equipment are rising year by year, putting particularly significant operational pressure on small and medium-sized manufacturers. On the market side, the supply of ordinary general-purpose white carbon black products is ample, competition is fierce, and prices struggle to synchronize cost increases. Many companies focusing on low-end categories have fallen into the dilemma of "increasing production without increasing revenue."
Facing severe cost pressures, leading companies have taken the lead in process innovation, using technical means to reduce production losses. Traditional batch production models have low raw material utilization rates and high energy consumption, but now continuous synthesis processes and closed-loop recycling systems have been widely promoted. By recycling and reusing production wastewater, waste heat, and by-products, many large-scale enterprises have increased the comprehensive utilization rate of raw materials by more than 5%, significantly reducing water and electricity consumption per unit product. Some companies have also optimized powder grading and drying processes to reduce finished product waste and further dilute the per-ton production cost. Process upgrades not only ease cost pressures but also stabilize product particle size and dispersion levels, achieving dual benefits of cost reduction and quality improvement.
Supply chain integration has become another important breakthrough direction. Previously, most companies purchased raw materials in a dispersed range and had weak bargaining power. At present, the industry has begun to adopt cooperation models such as group procurement and long-term orders to lock in prices. Large manufacturers directly connect with raw material production bases and sign annual long-term supply agreements to avoid risks caused by spot price fluctuations. At the same time, the company has replanned its factory layout and logistics routes, leveraging industrial cluster advantages to shorten transportation radius and reduce warehousing and logistics expenses. Upstream and downstream collaboration is deepening, with companies in silicon raw materials, silica, and downstream products building a linkage system to reduce intermediate circulation links and continuously improve the operational efficiency of the entire industrial chain.
Small and micro enterprises have chosen to transform and hedge risks, proactively reducing low-end general capacity and shifting to contract manufacturing, regional niche supply, or shutting down inefficient production lines. Industry research shows that in the second quarter of this year, more than ten sets of outdated small-scale production capacities have gradually exited the market, and the industry's capacity structure continues to optimize. Some small and medium-sized factories leverage their regional advantages to deeply cultivate local and surrounding markets, focusing on short-distance delivery and flexible supply, avoiding the national low-price competition track and forging distinctive survival routes.
It is worth noting that, under the pressure of costs, industry elimination is accelerating, and market resources are further concentrating among leading companies with advantages in technology, capital, and scale. Industry concentration has steadily increased, and the situation of disorderly price competition has been somewhat alleviated. Many companies are taking advantage of the transformation to increase R&D investment, gradually tilting toward high value-added products, using profits from high-end products to offset the profitability gaps of low-end categories.
Industry analysts say that pressures on raw materials and costs are unlikely to be fully alleviated in the short term, and the extensive development model has come to an end. In the future, process upgrades, lean management, and industry chain collaboration will become essential capabilities for the survival and development of white carbon black enterprises. Only by insisting on technological innovation, strictly controlling comprehensive costs, and optimizing product structures can companies firmly establish themselves amid market reshuffling and promote the industry's healthy and sustainable development.
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