The latest "China Pyrophyllite Industry Market Research and Forward-Looking Analysis Report," released by Zhiyan Zhan Industry Research Institute, provides a detailed exploration of pyrophyllite—its definition, classification, and promising market applications. Also known as pyrophyllite, this unique clay mineral boasts distinctive physical and chemical properties. With the chemical formula Al₂Si₄O₁₀(OH)₂, it belongs to the 2:1-type layered hydrated aluminosilicate minerals. Renowned for its fine texture, moderate hardness, and gray or off-white appearance, pyrophyllite typically exhibits a massive structure with fractures displaying either vitreous or pearly luster. Notably, when heated, pyrophyllite tends to flake off in thin, sheet-like layers—a characteristic reflected in its English name, "pyrophyllite," which derives from Greek words meaning "fire" and "leaf."
Additionally, pyrophyllite boasts a wide range of applications. Depending on differences in its chemical composition and crystal structure, pyrophyllite can be subdivided into several categories, including waxy pyrophyllite, hydromica pyrophyllite, kaolinite pyrophyllite, and siliceous pyrophyllite. Each type of pyrophyllite plays a crucial role in industries such as ceramics, carving materials, refractory products, and coatings—thanks to its distinct and unique properties. For instance, waxy pyrophyllite is widely used in the production of ceramics, carving materials, fillers, and coatings due to its outstanding physical and chemical characteristics, while hydromica pyrophyllite is indispensable in the manufacturing of refractory materials and glass crucibles, thanks to its exceptional fire resistance and suitability for glassmaking processes.

The development history of the pyrophyllite industry can be divided into several key stages.

Before the 1980s, China’s mining and utilization of pyrophyllite were still in their early stages, with applications primarily confined to traditional industrial sectors such as ceramics and refractory materials. Limited by the technological and equipment capabilities of the time, the efficiency of pyrophyllite exploration and development remained low, and production scales were relatively small. However, with the deepening reforms and opening-up policies in the 1980s, China’s industries experienced rapid growth, leading to a sharp increase in demand for non-metallic minerals like pyrophyllite. During this period, China intensified efforts to explore pyrophyllite deposits, discovering numerous new mines and initiating large-scale development projects. Simultaneously, advancements in technology and surging market demand spurred the continuous expansion of pyrophyllite’s application areas, resulting in significant improvements in both output and quality. Entering the 21st century, driven by globalization and further technological progress, China’s pyrophyllite industry has placed greater emphasis on product quality and innovation. The industry’s focus has shifted from mere production volume growth to enhancing product quality and refining manufacturing processes. At the same time, in response to increasingly stringent environmental regulations, companies across the sector have invested heavily in eco-friendly technologies and equipment, striving to achieve sustainable, green mining practices and cleaner production methods.

Analysis of the Yelashi Industry Value Chain

Wollastonite, a crucial inorganic non-metallic mineral resource, boasts a robust industrial chain divided into upstream mining and processing activities, as well as diverse downstream applications across multiple sectors. Upstream companies meticulously extract wollastonite raw materials tailored to specific industry needs through processes such as mining, crushing, grinding, and beneficiation—often involving advanced purification techniques. Meanwhile, the downstream industries span a wide range of fields, including superhard materials, construction materials, papermaking, plastics, and rubber. In the realm of superhard materials, wollastonite plays an indispensable role, serving as a key component in the production of critical products like synthetic diamond single crystals and PDC polycrystalline composite sheets. Additionally, it is widely used in the construction materials sector, particularly in the glass fiber segment, where its share frequently exceeds 50%. Beyond these applications, wollastonite also finds utility as a versatile filler in industries such as papermaking, plastics, and rubber, while further enhancing products like fire-resistant fabrics, confectionery items, pharmaceuticals, and cosmetics as both a filler and whitening agent. Lastly, in ceramic manufacturing, wollastonite remains an essential raw material for achieving high-quality, durable end products.

Current Market Situation and Trends in China's Pyrophyllite Industry

According to the latest statistics from the Ministry of Natural Resources, China’s reserves of pyrophyllite ore reached 14.746 million tons in 2022, with Zhejiang Province and Fujian Province leading the way, accounting for 9.1892 million tons and 3.174 million tons, respectively. This highlights the critical role these two regions play in the nation’s overall distribution of pyrophyllite resources. In the same year, China’s total pyrophyllite production amounted to 7.305 million tons, representing a 5.91% increase from the previous year and underscoring the country’s robust growth trajectory in the pyrophyllite industry. Meanwhile, market demand remained strong, reaching 7.032 million tons in 2022—a 6% rise compared to the prior year—driven primarily by the rapid expansion of downstream industries such as glass fiber manufacturing. Looking ahead, as globalization continues to advance and technological capabilities improve, China’s pyrophyllite sector is poised to maintain its momentum of steady growth.
In terms of market price movements, the average selling price of China's pyrophyllite has shown a fluctuating upward trend. Looking back at historical data, in 2013, the average selling price was 407 yuan per ton. However, due to rising costs associated with accessing upstream resources, increasing mining expenses, and growing investments in environmental protection measures, pyrophyllite prices have experienced an oscillating yet sustained rise in recent years. By 2022, the average selling price had climbed to 442 yuan per ton—representing a 35-yuan increase compared to 2013 levels.

Overall, China's pyrophyllite industry has demonstrated strong growth momentum across multiple dimensions, including reserves, production, and market demand. As downstream industries continue to thrive and consumer demand expands steadily, the industry's prospects for development will become even brighter. Meanwhile, rising market prices will further spur technological innovation and industrial upgrading within the pyrophyllite sector, driving the entire industry toward higher-quality, more sustainable, and environmentally friendly practices.

In China's wollastonite industry, leading enterprises such as China Jushi, Taishan Fiberglass, and Shandong Fiberglass play a pivotal role. These companies boast significant advantages and far-reaching influence in both the mining and application of wollastonite. For instance, China Jushi, a global leader in the glass fiber industry, has steadily grown since its establishment in 1993 into a comprehensive enterprise that integrates large-scale production, high-end product development, global market expansion, and intelligent manufacturing. Its diverse product portfolio and extensive range of applications have set a benchmark for industry growth. Meanwhile, Shandong Fiberglass, through its wholly-owned subsidiaries like Tianju Energy Conservation and Yishui Thermal Power, has demonstrated robust production capabilities and cutting-edge technological expertise in the manufacture of wollastonite powder, providing strong support for the sustained development of the entire fiberglass sector.

Additionally, according to data from Zhiyan Zhan, China’s pyrophyllite industry had a market size of 2.792 billion yuan in 2019. By Q1 2024, the industry’s market size had already expanded to 855 million yuan, representing a year-on-year growth of 4.24%. This upward trend signals a promising outlook for the future development of China’s pyrophyllite sector.

Yelashi Industry Policy

In recent years, as mineral resource management and environmental awareness have gained increasing prominence, the policies governing the pyrophyllite industry have undergone significant transformations. Governments have introduced a series of measures aimed at standardizing the mining, utilization, and management of pyrophyllite, ensuring the sustainable and healthy development of the industry. These policies not only highlight the critical importance of safeguarding vital mineral resources like pyrophyllite—strictly prohibiting unauthorized overburden activities to maintain resource stability and security—but also reflect a deeper recognition of the intrinsic value of these resources by classifying them as taxable assets and implementing value-based taxation. Meanwhile, the government is actively promoting the industry’s upgrade and transformation, capitalizing on pyrophyllite’s unique resource advantages to spur the growth of advanced materials sectors. Such initiatives are designed to enhance the industry’s added value and core competitiveness, ultimately driving the optimization and restructuring of the broader industrial landscape.

Existing Issues in the Yelashi Industry

Despite the increasingly robust policies governing the perlite industry, the sector still faces several challenges. One of the most significant is the low efficiency in resource utilization. This is primarily due to substantial waste occurring during both the extraction and processing of perlite. Many small-scale mining enterprises lack advanced extraction technologies and equipment, forcing them to rely on outdated, resource-intensive methods that result in extensive damage or loss of perlite resources during mining. Additionally, these companies often struggle with low processing efficiency, as their outdated techniques and insufficient technical expertise further hinder optimal resource use. Such inefficiencies not only impede the sustainable growth of the perlite industry but also contribute to severe environmental concerns.

Another pressing issue that urgently needs addressing is environmental pollution. During the mining and processing of wollastonite, pollutants such as wastewater, exhaust gases, and waste residues have severely impacted the environment. Unfortunately, some mining companies, driven by the pursuit of economic gains, have neglected the construction and maintenance of environmental protection facilities, resulting in direct emissions of these pollutants into the surrounding ecosystem. This irresponsible behavior not only devastates local ecological systems and undermines the quality of life and health of nearby residents but also places an even heavier burden on the environment, further exacerbating the pollution crisis.

Prospects for the Development of the Yelashite Industry

Despite facing certain challenges, the perlite industry still boasts a promising future. As downstream industries continue to thrive and market demand keeps expanding, perlite production is poised to maintain its robust growth momentum. Meanwhile, favorable policy changes and rising market prices will further spur technological innovation and industrial upgrading in the sector, driving the entire industry toward higher-quality, more sustainable, and environmentally friendly practices.
The outlook for the pyrophyllite industry is optimistic, driven by its wide-ranging applications and steadily growing market demand. As technology continues to advance, pyrophyllite is deepening its role in traditional sectors such as ceramics and refractory materials, while simultaneously unlocking significant potential in emerging fields like plastics, rubber, and coatings—opening up new avenues for industry growth. Meanwhile, the rapid expansion of the glass fiber industry is further boosting demand for pyrophyllite. Against the backdrop of rising environmental awareness, the increasing adoption of green building materials has heightened attention on pyrophyllite’s eco-friendly and energy-efficient applications. In response to challenges related to resource utilization and environmental pollution, the pyrophyllite industry is actively pursuing breakthroughs through technological innovation and industrial upgrading. These efforts aim to enhance resource efficiency, reduce production costs, and minimize environmental impact. Additionally, supportive government policies aimed at developing and leveraging non-metallic mineral resources provide strong policy backing for the industry’s growth. Taken together, these factors position the pyrophyllite sector for a promising future, with expectations of achieving stable and sustained expansion in the years ahead.

According to Zhiyan Zhan's forecast, the Chinese perlite industry market size is expected to grow steadily at an annual rate of 3% to 5% from 2024 to 2030. By 2030, the market size of China's perlite industry is projected to reach 4.275 billion yuan, representing a year-on-year increase of 3.45%.