Basalt / Material guide
Basalt in construction.
Basalt rock becomes continuous fiber, and that fiber can become reinforcement, grids, textiles or composite profiles. The construction role depends on the finished product and its design evidence.
Concrete reinforcement and masonry
Basalt FRP bars combine fibers with a resin matrix to carry reinforcement forces. Their resistance to steel-type rust is relevant to corrosion-exposed concrete. Floors, foundations and suitably engineered marine structures are application contexts, not blanket approvals.
Masonry mesh, straight bars, factory-shaped stirrups and chopped strands have different functions. Use a specified mesh for the intended wall or floor rather than inferring its properties from a roving datasheet. Bent FRP reinforcement requires bent-strength evidence and factory-produced geometry.
Roads, railways and ground reinforcement
Bitumen-compatible basalt geogrids may be selected for asphalt overlays and pavement rehabilitation. Grid aperture, coating, stiffness, overlaps and installation method must fit the pavement design.
Geogrids also reinforce railway ballast, sub-ballast and soft track formation. Published railway studies concern geogrids generally. They do not certify an ARMBAS road grid for railway use: ballast interlock, repeated loading, installation damage and railway authority requirements need their own validation.
Understand stiffness, not only strength
High fiber tensile strength is not the same as structural stiffness or finished-bar capacity. FRP reinforcement requires checks for deflection, crack width, anchorage, shear, creep and exposure. It is not a one-for-one replacement for steel reinforcement.
Raw fiber temperature figures are not resin-bound product fire ratings. The resin, bond to concrete, sustained loading and local fire design requirements can control the usable system.
From drawings to supply
Start with the structural or geotechnical design. Then confirm product grade, dimensions, test methods and local conformity before requesting a delivered quotation. Our product pages distinguish supplier figures from historical measured results and values that remain unresolved.
Sources & technical evidence
Product figures are drawn from the supplied technical documents. Original documents are not published; source-page references and unresolved data remain in the technical overview.
Technical overviewArmenian basalt / Quality at the source
Distinctive origins. Measurable quality.
ARMBAS identifies the composition of its Armenian basalt raw material as a foundation for high-quality continuous fiber. The quality case combines the mineral source, fiber-production technology and a specification matched to the application.
Origin alone does not guarantee superior performance. No independent comparison supplied here establishes Armenian basalt as better than every other basalt source. Fiber properties are not finished-composite specifications.