Glass Composite Reinforcement

Composite reinforcement – non-metallic rods made of glass, basalt, carbon or aramid fibers, impregnated with a thermosetting or thermoplastic polymer binder and hardened. For adhesion to concrete, special ribs are formed on the surface of composite reinforcement during the production process or a sand coating is applied. Composite reinforcement is produced in the range of diameters 3-32 mm. It is lighter than steel reinforcement from 3 to 9 times depending on the diameter, easily bends in working conditions at low temperatures, does not corrode, there is no heat and electrical conductivity, and also has a guaranteed service life up to 80 years (for steel rebar maximum 50) .Characteristics of glass composite rebar Diameter: 3-32 mm; Length: up to 12m; Tensile strength: 1000-1200 MPa; Modulus of elasticity: 50000-55000 MPa; Density: 2g / cm3; Coefficient of thermal conductivity: <0.46 W; Elongation factor: 2.2%; Electrical conductivity: dielectric; Corrosion resistance: very high; Limiting operating temperature: 119 C; Compliance with regulatory documents Interstate standard GOST 31938-2012. Composite polymer fittings for reinforcing concrete structures. General Specification (ISO 10-406-1: 2008, NEQ) Fields of Application of Composite Reinforcement Fiberglass rebar will be an ideal base for concrete and brick structures. It is used in the creation of supports for power lines and lighting, in the construction of road, sidewalk and fence plates, as well as in the construction of sleepers on railway tracks. Those. specifications Characteristics of glass composite reinforcement Diameter: 3-32 mm; Length: up to 12m; Tensile strength: 1000-1200 MPa; Elastic modulus: 50000-55000 MPa; Density: 2g / cm3; Thermal conductivity: <0.46 W; Elongation coefficient: 2.2%; Electrical conductivity: dielectric; Corrosion resistance: very high; Limiting operating temperature: 119 С;