(June 2, 2026) In the first half of 2026, the consolidation of the domestic silica industry accelerated significantly. Under the combined impact of stricter environmental regulations, volatile raw material costs, and changing demands from high-end downstream markets, the industry began to show a clear polarization. Smaller and less advanced production capacities were gradually phased out, while leading companies took advantage of their technological expertise, production capacity, distribution channels, and supply chains to expand their market share. As a result, the concentration of the industry increased markedly, ending years of disordered and price-driven competition. The industry has now officially entered a new phase characterized by intensive development and high-quality growth, driven by leading enterprises.

Over the past few years, the domestic silica industry has faced significant issues related to dispersed production capacities. A large number of small and medium-sized factories focused on producing products using low-end precipitation methods, leading to severe product homogenization and chronic low-price competition within the industry. Some smaller companies, in an effort to gain market share, cut costs by reducing production quality standards. This not only disrupted market pricing but also hindered the overall technical advancement and brand development of the industry. In recent years, as environmental protection requirements, energy consumption standards, and safety regulations have become increasingly stringent, the entry barriers for new players in this industry have risen significantly, further squeezing the生存 space for less efficient small-scale producers.

Since 2026, the pace of consolidation within the industry has continued to accelerate.According to industry statistics, from January to May this year, more than 350,000 tons of small and medium-scale production capacity of white carbon black that consumed large amounts of energy, had low added value, and did not meet environmental standards was shut down or phased out across various regions of China. Most of these facilities were located in traditional production areas such as Shandong, Fujian, and Jiangxi. These small and medium-scale production facilities mainly produced general-purpose shoe materials and ordinary rubber fillers using old-fashioned technologies that resulted in high energy consumption. As they were unable to meet the quality requirements of today’s high-end downstream markets, they gradually ceased operations under the combined pressure of rising costs and increasing demand.

The market gap created by the closure of these small and medium-scale facilities was quickly filled by leading enterprises in the industry. Currently, the major domestic white carbon black producers have all completed capacity upgrades and expansions. Thanks to their large-scale production capabilities, they are able to effectively mitigate the risks associated with fluctuations in raw material prices, resulting in significantly lower production costs compared to smaller manufacturers. At the same time, these leading enterprises continue to optimize their entire industrial chain by establishing their own systems for quartz sand processing, waste heat recovery, and wastewater recycling. This ensures their production stability and strong cost-control capabilities, giving them a growing influence in the market.

In addition to their scale advantages, these leading enterprises also enhance their dominance through technological advancements and access to valuable customer resources. Customers in high-end sectors such as new energy tires, photovoltaic adhesives, and lithium-ion battery materials have extremely high requirements when it comes to suppliers’ qualifications, product stability, and customized services. As a result, they only maintain long-term partnerships with leading enterprises that possess large-scale and standardized production capabilities.At present, the domestic mid-to-high-end silica fume market has largely reached a situation where leading enterprises hold a dominant position. These companies have long-term fixed-price orders, resulting in low inventory pressures and smooth coordination between production and sales. However, smaller and medium-sized enterprises, due to their technical limitations, are forced to compete in the shrinking low-end market, where profits are meager and the pressure to survive is increasing significantly.

Mergers and acquisitions have become the norm in this industry. In order to rapidly expand production capacity, address shortcomings in high-end products, and gain market share, leading companies continue to pursue industry consolidation. They achieve this through mergers and reorganizations, equity collaborations, and joint project development, thereby optimizing the distribution of production capacity across the country. By integrating resources, the industry avoids redundant construction and unhealthy competition, leading to improved market order and a steady recovery in overall profitability. This has completely reversed the previous situation of low margins and intense competition within the entire industry.

As the industry’s structure is redefined, the logic of competition has fundamentally changed. The focus of competition has shifted from the past extensive model of “price fighting and output competing” to a high-quality approach that emphasizes “technology, quality, supply chains, and services”. Leading companies are dedicated to the research and development as well as continuous improvement of high-end functional products, particularly those for photovoltaic systems, lithium batteries, and new energy vehicles. This effort helps to raise the technical barriers within the industry.Industry analysts believe that 2026 will be a crucial year for shaping the competitive landscape of the silica industry. In the years to come, industry capacity, customers, and technical resources will continue to concentrate in the hands of leading players, while the viability of smaller and medium-sized manufacturers will be further diminished. In the future, intensification, standardization, and high-end development will become the core characteristics of this industry. Leading companies will continue to dominate both the domestic market and export trade, helping the entire silica industry move away from low-end competition and achieve a significant increase in its overall industrial value.

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