Products

Our Basalt Fiber Twisted Yarn is engineered by twisting multiple continuous filaments to enhance mechanical strength and processing stability for demanding textile applications. This versatile yarn offers exceptional thermal insulation and chemical resistance, maintaining its properties in temperatures ranging from minus 260 to 700 degrees Celsius. It serves as an ideal material for producing high temperature resistant fabrics, fireproof sewing threads, and electrical insulation components. With its low fuzzing characteristic and high tensile modulus, this twisted yarn ensures smooth operation in automated weaving and braiding machinery.

Our Basalt Fiber Needled Mat is a high density insulation material manufactured by mechanically bonding continuous basalt fibers without any chemical binders. This eco friendly mat maintains exceptional structural integrity and thermal resistance at temperatures up to 700 degrees Celsius, making it the perfect choice for automotive exhaust systems and industrial furnace insulation. Its non combustible nature and superior sound absorption properties provide a safe and efficient solution for heat shielding and cryogenic applications alike.

Our braided Basalt Fiber Sleeving is the ultimate solution for industrial cable and hose protection. Naturally non-combustible and resistant to acids, alkalis, and oils, this sleeving provides exceptional durability in the harshest chemical environments. With its high dielectric strength and low thermal conductivity, it acts as a reliable insulator for electrical systems and hydraulic hoses. Expandable and easy to install, it ensures long-term safety and performance for your industrial infrastructure.

Upgrade your construction durability with our 3D Basalt Fiber Mesh. Unlike flat grids, the unique three-dimensional structure provides superior mechanical interlocking with concrete and mortar, effectively preventing surface cracks and improving shear strength. Naturally alkali-resistant and non-corrosive, it is the perfect reinforcement for thin-wall elements and high-stress infrastructure projects, offering a lifespan that far exceeds galvanized steel mesh.

Our continuous Basalt Fiber Roving is designed for high-strength industrial applications requiring exceptional durability. Sourced from pure volcanic basalt, it offers a superior alternative to E-glass in terms of tensile modulus and chemical resistance. Specifically treated with advanced sizing agents, our roving ensures excellent resin compatibility and fast wet-out, making it perfect for manufacturing high-pressure pipes, pressure vessels, and structural profiles.

Our Basalt Rebar offers unique electromagnetic neutrality and low thermal conductivity, making it indispensable for specialized infrastructure. It is the ideal solution for MRI rooms, high-voltage substations, and sensitive electronic facilities where metal interference must be avoided. Additionally, its thermal expansion coefficient matches concrete perfectly, preventing internal stress and cracking during temperature fluctuations.

Engineered from 100% natural volcanic rock, our Basalt Fiber Chopped Strands offer a sustainable, high-performance alternative to traditional E-glass. These strands provide exceptional alkali resistance and thermal stability, making them the ideal reinforcing agent for concrete, mortars, and friction materials. Unlike glass fiber, basalt maintains its structural integrity in harsh chemical environments and temperatures ranging from -260°C to 700°C.

Our Continuous Basalt Fiber (CBF) yarn is volcanic rock transformed. Sourced from 100% natural basalt ore and processed at 1500°C, this golden-brown fiber bridges the gap between
glass and carbon fiber-offering superior thermal and mechanical properties at a competitive cost.

Stop the heat before it starts. Our basalt fiber cloth is a non-toxic, inorganic material that maintains its integrity even under extreme thermal stress. Unlike fiberglass, it produces no toxic off-gassing when exposed to flame, making it safer for both users and the environment.

Basalt fiber surfacing tissue mat is a non-woven or composite functional material made of basalt fibers, usually in the form of a thin layer of gasket or face reinforcement. It combines the high temperature resistance, corrosion resistance and high strength characteristics of basalt fiber with lightweight, flexible or sealing properties, and is commonly used in high temperature protection, sealing, sound and heat insulation and other fields.

3D Basalt Fiber Mesh is a high-tech, eco-friendly reinforcement material engineered from 100% natural volcanic rock. Featuring a unique three-dimensional spacer structure, it consists of two high-strength mesh layers integrated by vertical connecting fibers. This design creates a superior mechanical bond when embedded in concrete, mortar, or resin.

As a rust-proof and non-corrosive alternative to steel, it offers exceptional tensile strength, extreme thermal stability, and alkaline resistance. It is the ideal "invisible skeleton" for modern construction, designed to eliminate surface cracking, reduce structural weight, and extend the lifespan of infrastructure in the most challenging environments.

Basalt fiber rebar is an advanced composite material solution specifically designed for demanding engineering environments. Made from natural basalt fibers using a special pultrusion process, this product possesses excellent insulation and non-magnetic properties, effectively eliminating electromagnetic interference. It is an ideal alternative material for magnetic field-sensitive areas such as MRI (magnetic resonance imaging) rooms, high-voltage substations, and precision electronics laboratories. Furthermore, its superior alkali corrosion resistance and high tensile strength ensure robust performance in harsh chemical environments or damp infrastructure.  This not only significantly extends the service life of structures but also, due to its lightweight and high-strength characteristics, significantly reduces construction difficulty and logistics costs. It is a high-quality choice for safe and durable modern power facilities and medical buildings.