Basfiber^® for Civil Engineering

Kamenny Vek offers a wide range of products for civil engineering. Products include alkali resistant chopped fiber for direct concrete reinforcement, high strength roving for concrete rebars and pultruded load bearing structures, basalt woven fabrics for heat, sound insulation, and fire protection, geogrids for road and ground reinforcement, UD-tapes for wall reinforcing and renovation.

Buildings and bridges

Kamenny Vek provides high strength basalt roving specially designed for pultrusion. This product has high tex and various sizing to meet your requirements. If your bridge beams are too heavy with E-glass or expensive with S-glass or carbon fiber reinforcement, if you need durable & inexpensive concrete rebars you can use our basalt fiber to produce stiffer and stronger products without increase of its price.

Properties of pultruded rods based on epoxy resin
(60-65% fiber vol.)

Our concrete-grade basalt chopped fiber is specially designed for production of fiber reinforced concrete to provide outstanding performance in a wide range of applications. This basalt chopped fiber is produced with a special sizing agent to provide good compatibility with different types of concretes and easy mixing even at high content.

Kamenny Vek can provide various types of yarns and woven fabrics for fire protection, thermal and sound insulation. Basfiber^® has higher sound insulation properties, 150°C more heat resistance than glass fibers.

Advanced basalt UD-tapes are ideally suited for renovation of old concrete structures and for reinforcing of concrete walls.

Basalt geonets are designed for reinforcing road and highway overlays to prolong the pavement life span by reducing the effects of reflective cracking caused by traffic loading, age hardening and temperature cycling. Pavement life between maintenance can be prolonged significantly. Basalt reinforcing mesh make it possible to reduce thickness of asphalt concrete pavement up to 20%. Typical paving temperatures will not cause any loss of strength or distortion which may occur with synthetic material. Basfiber^® significantly outperforms synthetic materials by their ability to withstand low temperatures that is extremely important for roads and highways in the north regions.