Basalt

Basalt Commodity Market Intelligence Report (June 24, 2026)

I. Market Price Dynamics
1. Price Benchmark
According to the Binsu Network benchmark price, basalt commodity prices are influenced by logistics costs, brand premiums, regional supply-demand imbalances, and other factors. Recently, quotations in the East China region have exhibited minimal volatility and remain broadly stable. Specific pricing requires comprehensive calculation based on transaction cycle (e.g., daily settlement price or periodic average price) and an adjustment coefficient (K-value).

2. Regional Price Disparities
- East China Region: As the largest consumption market (accounting for 40.74% of national demand), prices here are supported by infrastructure-driven demand; premium-priced high-end basalt fiber products command notable price premiums.
- Northwest and Southwest Regions: These regions lead nationwide in growth rate (17.1% and 16.9%, respectively), yet prices remain below those in East China—primarily due to higher transportation costs and lower industrial chain maturity.
- Chengde Region: Local stone enterprises leverage their proprietary basalt mines to control production costs, delivering competitively priced products with strong supply stability for infrastructure projects such as highways and bridges.

II. Supply-Demand Fundamentals Analysis
1. Supply Side
- Mining Output: In 2025, China’s national basalt mining volume reached 104 million metric tons, representing a 7% year-on-year increase. Production capacity is concentrated among leading enterprises, including Chifeng Xindi and Jilin Jiuxin.
- Technological Upgrading: Guizhou Shixin has commissioned a 15,000-ton-per-year continuous basalt fiber production line; enterprises such as Shandong Daitian have adopted AI-powered intelligent sorting technologies to reduce manufacturing costs—accelerating industry transformation from resource-intensive to technology-enabled operations.
- Regional Industrial Layout: Industrial clusters have formed in Chengde and Huanggang, enabling closed-loop integration across “mining–processing–application” stages, shortening delivery cycles and enhancing supply reliability.

2. Demand Side
- Infrastructure-Driven Demand: Between 2024 and 2026, China plans to construct 15,000 km of new railways and 20,000 km of new expressways; demand for basalt fiber reinforcement mesh and rebar substitutes in bridge and tunnel engineering is projected to grow >15% annually.
- Green Substitution Trend: Basalt fiber generates 60% less CO? emissions than conventional steel rebar, aligning closely with China’s “dual carbon” goals (carbon peak by 2030 and carbon neutrality by 2060); green building material application penetration is expected to reach 80% by 2025.
- Emerging Applications: Expanding use cases—including automotive exhaust purification substrates and marine corrosion-resistant materials—are diversifying demand drivers.

III. Industry Trends and Key Drivers
1. Policy Support
- Local government incentives—such as Huanggang’s RMB 5-million R&D subsidy and preferential tax policies—alongside standardized technical guidelines (e.g., “Technical Code for Application of Basalt Fiber Reinforcement Mesh”) are accelerating technology adoption.
- National strategies—including “Building a Strong Transportation Nation” and “Building a Strong Marine Nation”—are promoting wider substitution of basalt fiber in high-end engineering applications, e.g., nuclear power plants and deep-sea platforms.

2. Technological Advancement
- Tensile strength of basalt fiber has increased from 1,200 MPa to 1,800 MPa; its cost is ~40% lower than that of carbon fiber, conferring significant cost-performance advantages.
- Integration of warm-mix recycled asphalt technology with basalt fiber raises maximum recycled asphalt content to 40% while improving low-temperature crack resistance by 10%.

3. Market Structure Evolution
- Rising Market Concentration: Leading firms—including Shandong Daitian and Jiangsu Hengshen—now hold ~60% of total market share; regional players (e.g., local manufacturers in Hubei) compete for the remaining segment via differentiated positioning (e.g., focusing exclusively on high-end engineering projects).
- Product Morphology Upgrade: The industry is shifting from standardized raw stone products toward customized solutions—including engineered reinforcement mesh and advanced composite systems—tailored for specific applications such as bridge retrofitting and seismic-resistant construction.

IV. Outlook (2026–2027)
1. Price Trend Forecast
- Short Term: Supported by accelerated infrastructure investment and tightening environmental regulations, prices for premium basalt fiber products may rise modestly; prices for conventional basalt stone are expected to remain stable.
- Long Term: Widespread technology adoption and expanded production capacity will intensify price competition; however, high-value-added products (e.g., nuclear-grade fibers) will retain pricing power and premium margins.

2. Market Size Projection
- The basalt fiber market is projected to exceed RMB 12 billion in 2026, growing at a compound annual growth rate (CAGR) of 21.3%; reinforcement mesh products alone are expected to account for over 35% of this market.
- Traditional basalt stone market size remains stable at ~RMB 3 billion, with application scope expanding into landscape architecture and decorative interior finishing.

3. Regional Growth Opportunities
- Northwest & Southwest Regions: Benefiting from policy support and abundant resource endowments, these areas are emerging as new growth poles—increasingly attracting corporate investment and capacity deployment.
- East & Central China Regions: Will continue to dominate domestic consumption but must sustain leadership in high-end segments through innovation (e.g., development of ultra-fine fibers).

V. Risk Alerts
1. Overcapacity Risk: Blind expansion by small- and medium-sized enterprises could trigger price wars in the low-end product segment, squeezing profit margins.
2. Technical Barriers: Core technological capabilities—including fine-diameter fiber drawing (≤13 μm) and proprietary resin impregnation formulations—remain largely concentrated among leading firms; new entrants face substantial upfront capital requirements.
3. International Competition: Overseas producers—particularly in Russia and Ukraine—possess abundant, low-cost basalt resources and may exert competitive pressure on China’s export markets.