Fibers receive from basalts and andesite-basalts melts in the form of three marks:

Coarse fibers possess not only low hygroscopic property, but also minimal water-retentive ability. In comparison with glass, coarse fibers have greater vapor-water-alkali resistanc and more a heat of application. Fibers are developed for disperse reinforcing concrete, ferro-concrete and asbestos-cement building products and designs in industrial and rural construction.

• Concrete floors, runways of the airports, high-speed motorways;
• Industrial floors in shops where the heavy equipment is established;
• Internal reinforcing of tunnels and channels, strengthening of slopes;
• Repair and reconstruction of constructions;
• Concrete water channels, fireproof designs;
• Military constructions, aseismic buildings and constructions.

• The total cost of construction of tunnels Decreases;
• Thickness of a concrete layer can be reduced up to half of layer from usual concrete;
• Terms of construction decrease in connection with absence of necessity to establish a wire grid;
• In collectors and underground water channels thickness of a concrete covering essentially decreases, and terms of construction shorter;
• Necessity for reinforcing concrete floors disappears, owing to application of a fibre, and in this case terms of construction decrease twice;
• Cost of repair and service essentially decreases, owing to durability of the concrete reinforced by a fibre;
• Fatigue durability of the concrete reinforced by a basalt fibre Increases;
• At reinforcing concrete, shock durability increases approximately in 20 times, fibers provide three-dimensional hardening concrete in comparison with traditional armature which provides two-dimensional hardening;
• Fibers are not subject to electrochemical corrosion, unlike usual and the cathodic effect can test armatures which is an electric conductor.