Engineered for high-performance thermal, acoustic, and structural reinforcement applications.
China Beihai is a high-tech enterprise focusing on the research, development, production, and sales of high-performance basalt continuous fiber and its production equipment manufacturing. Located in Jiujiang, Jiangxi Province, we stand as a leading enterprise in the domestic basalt fiber industry.
Our facility integrates the entire value chain—from raw basalt volcanic rock processing to advanced composite panel fabrication. By working with us, you partner with a manufacturer dedicated to reliability, innovation, and best-in-class green material solutions.
Understanding the Macro-Economic Impact of Basalt Fiber Panels in Modern Engineering.
In the face of rising sea levels and urban density, Basalt Fiber Panels offer non-corrosive reinforcement for bridge piers, underground metros, and coastal defense structures. Unlike steel, basalt does not rust, extending structural lifespans by up to 100 years.
Weight reduction is the primary driver for aviation. Our Basalt Fiber Composites are utilized in aircraft wings and engine components where thermal protection systems and high-temperature resistance are non-negotiable requirements.
Transitioning to EVs requires lightweight materials to offset battery weight. Basalt panels provide a sustainable alternative to carbon fiber, offering comparable mechanical properties with a significantly lower carbon footprint during production.
Chemical storage tanks and pipelines benefit from basalt's inherent alkali and acid resistance. Our panels withstand harsh environments without the need for expensive toxic coatings, ensuring environmental safety and operational continuity.
The future of Basalt Fiber lies in Thermoplastic Integration. By combining CBF with advanced resins, we are developing recyclable panels that meet the circular economy standards of the 21st century.
Natural Volcanic Rock
to +700°C Range
Stronger than Steel
Established Expertise
Information Gain: Why Basalt is the "Green Material" of the 21st Century.
The Evolution of Continuous Basalt Fiber (CBF): Unlike traditional glass fiber, CBF is manufactured through a single-component melting process of basaltic rock. This eliminates the need for chemical additives, making the production process inherently more eco-friendly. As global industries shift toward "Net Zero" targets, the procurement of Basalt Fiber Panels has surged by 24% annually in the EU and North American markets.
Mechanical Superiority: Basalt fiber panels exhibit a tensile strength that surpasses E-glass and approaches S-glass, while maintaining a modulus of elasticity significantly higher than standard reinforcement materials. For the construction of bridge abutments and high-speed rail sleepers, the vibration-damping properties of basalt panels offer a strategic advantage in seismic-prone zones.
Localization & Compliance: Our factory adheres to ISO 9001:2015 standards and holds multiple international certifications. We provide local technical support for compliance with ASTM (American Society for Testing and Materials) and CE marking for the European economic area, ensuring that our wholesale products integrate seamlessly into local regulatory frameworks.
Commercial Status: Today, basalt fiber is no longer a "niche" material. It is a staple in the Green Building Council's approved materials list. From 3D basalt fiber mesh in plaster reinforcement to high-tensile rebar in underground mining, the commercial application is expanding into modular housing and offshore wind turbine foundations.
Diverse applications in house construction, offering seismic resistance and thermal efficiency.
Increases crack resistance and chemical durability in marine environment concrete.
Protects structures from vehicle collisions, fire, and natural environmental erosion.
Addressing User Intent and Technical Queries.
Basalt panels offer approximately 80% of the strength of carbon fiber at only 15-20% of the cost. Additionally, basalt is much easier to process and has better impact resistance than brittle carbon composites.
Yes, basalt is naturally inert. It provides excellent resistance to UV radiation, concentrated acids, and high-alkali environments, making it superior to E-glass in civil engineering.
Depending on customization requirements (e.g., specific dimensions or resin types), standard lead times range from 15 to 30 days. We offer global shipping with full documentation for customs clearance.
China Beihai products are tested against international standards including ISO, CE, and various ASTM protocols. We provide technical data sheets (TDS) and material safety data sheets (MSDS) upon request.
Direct supply of specialized basalt reinforcements for global industrial projects.
Beihai Fiberglass
