About the products: general characteristics and applications

The production of basalt roving is carried out by melting basalt rock and forming thin fibers that have exceptional physical and mechanical characteristics. Thanks to this technology, the material has the following properties:

• High strength. Basalt fiber is superior to steel and fiberglass in tensile strength, making it a reliable material for reinforcing composites.
• Corrosion resistance. Basalt roving is not corroded, which allows it to be used in aggressive environments, including marine and industrial.
• Heat resistance. The material can withstand high temperatures, retaining its properties when heated up to 1000°C, which is important for refractory products.
• Ecological compatibility. Basalt is a natural material that does not emit harmful substances, so roving is safe for the environment and human health.
• Chemical durability. Basalt roving is resistant to acids, alkalis and other aggressive substances, which extends the service life of the final products.

These characteristics make it possible to use basalt roving for reinforcing concrete, making composites and other products where high strength and resistance to adverse conditions are required.

Application

Basalt roving is used in various fields, ranging from construction to the automotive industry. The main areas of its use are:

• Production of composites. Basalt roving is used as a reinforcing material in composite products such as basalt composite profiles, pipes, and panels.
• Concrete reinforcement. Basalt roving increases the strength of concrete structures, corrosion resistance and durability, making it ideal for bridges, tunnels and other critical projects.
• Heat insulation. Basalt insulation made on the basis of roving provides excellent protection against heat loss and is used in residential and industrial buildings.
• Shipbuilding and automotive industry. Due to its resistance to corrosion and lightness, basalt roving is in demand for creating elements of ships, cars and other vehicles.

The use of basalt roving allows you to increase the strength, wear resistance and service life of the final products, which significantly improves the operational characteristics of structures.

Comparison with other materials

Basalt roving is often compared to other reinforcing materials such as fiberglass, carbon fiber, and steel. Unlike fiberglass, it has better heat resistance and chemical resistance. Compared to carbon fiber, basalt roving is more affordable, making it a cost-effective material for mass use.

As for steel, basalt roving is not subject to corrosion, is easy to transport and install, which reduces the cost of production and installation of structures. Given all these advantages, basalt roving occupies an important place in the market of modern building materials and is a worthy alternative to traditional reinforcing components.