In this paper, the mechanical properties of concrete that is reinforced by chopped basalt fiber were investigated and a comparative analysis of the study results was performed.

Specimen reinforced with glass and basalt fibres were prepared using Standard Portland cement (CEM I, 52.5 R as prescribed by EN 197-1) and standard sand, in accordance with EN 196-1.

RCAM Technologies is developing a basalt fiber reinforced concrete 3D printing technology for wind turbine towers.

The fiber cement market as part of the cladding market was analyzed by Research and Markets in their research ‘Cladding Market Analysis By Product (Steel, Aluminum, Composite Panels, Fiber Cement, Terracotta, Ceramic), By Application, Competitive Landscape, And Segment Forecasts, 2014 – 2025’.

Nebraska located company (US) has developed a method enabling the construction of extremely strong buildings using precast concrete structures reinforced with basalt composites – mesh, rebar, and fiber.

Swedish marina builder SF Pontona has spent several years developing an entirely new method of constructing concrete pontoons reinforced with basalt fiber and corrosion-resistant steel.

High-performance concrete was prepared using varying dosages of nano-SiO2 and basalt fiber, and its compressive and tensile strength was measured.

The Project BasFlair of the Institut für Textiltechnik (ITA) of RWTH Aachen University focused on basalt fiber reinforced concrete is recognized by Klima Expo. NRW.

The research paper Basalt Fiber Reinforced Concrete investigates various applications of basalt fiber, gives the properties of concrete reinforced with various percent size of the fiber.

The technique of externally bonding fibre reinforced polymer (FRP) composite laminates on the tension side of reinforced concrete (RC) beams is already widely accepted as an easy to apply, corrosion resistant and effective solution due to the high strength as well as the low weight of the composite material.