Physical and Mechanical Characteristics of steel and fibreglass reinforced plastic bars

Characteristics Metal reinforcing bars of class А-III GOST 5781-82 Fibreglass Reinforced Plastic Bars
Material Steel 35GS, 25G2S etc. Fibreglass with a diameter of 13–16 microns bound by a polymer
Ultimate tensile strength, MPa 360-390 1 200 - 1 500
Modulus of elasticity, MPa 200 000 55 000
Elongation, % 25 8 - 10
Mode of behaviour under load (dependence "tension-deformation") Toughness under load (graph)
Toughness under load
Linear elastic dependence up to destruction (graph)
Linear elastic dependence up to destruction
Linear expansion coefficient, αх10-5/ºС 13 - 15 9 - 12
Corrosion resistance to aggressive environments Corrodes with emission of rust Corrosion-proof material of the first group of chemical resistance including to the alkaline environment of concrete
Thermal conductivity Thermally-conductive Thermally non-conductive
Electrical conductivity Electrically-conductive Dielectric
Available Profiles 6 - 80 4 - 20
Length Rods 6 - 12 m long Any length on the customer's request
Environmental friendliness Environmental friendly Does not emit harmful and toxic substances
Durability According to building codes Projected durability of at least 100 years
Parameters of equal-strength reinforcing frame at a load of 25 t/m² When using the reinforcing bars 8AIII, the cell size is 14×14 cm. Weight 5.5 kg/m² When using reinforcing bars 8AKS, the cell size is 23×23 cm. Weight 0.61 kg/m². Lighting by 9 times
Scope of Application According to the Construction Rules Application according to recommendations of Concrete and Reinforced Concrete Research Institute It is especially effective in the construction of foundations and monolithic works, as well as in road construction for products working on an elastic foundation (foundations and slopes of roads, asphalt concrete pavement, retaining walls, slabs, etc.). It is promising for creating earthquake-resistant zones of buildings and structures both existing and newly erected.