NON CORROSIVE, COST EFFECTIVE, INCREASED LIFE!

Fiber-reinforced polymer or sand-coated rebar - non-metallic rods composed of glass, basalt, carbon or aramid fibers impregnated with thermosetting or thermoplastic polymer binders. Fiberglass reinforcement with glass fibers is called glass fiber reinforced polymer reinforcement ( glass fiber reinforcement a), fiberglass reinforcement with basalt fibers is called basalt reinforced polymer reinforcement (glass fiber reinforcement), fiberglass reinforcement with carbon fibers is called carbon fiber reinforced polymer reinforcement (glass plastic rebar) . For excellent adhesion to concrete, fiberglass rebar is covered with special ribs or sand coating during its production. Our company produces polymer fittings reinforced with basalt and glass fibers. Fiberglass rebar is twice as strong as steel bars, does not conduct heat, does not rot and is 43% more efficient casting!

Glass composite reinforcement is produced in the form of rods with a spiral relief in any construction length from glass fibers impregnated with a chemically stable polymer.

The technical characteristics allow such fittings to be used in industrial-civil and road construction, to reinforce bridges, in enclosing structures, in the construction of runways, structures exposed in the process of operation to the action of general corrosion and an aggressive environment.

The reduction in the cost of building structures is achieved due to the use of non-metallic fittings with a smaller diameter compared to metallic fittings. In addition, due to the absence of corrosion on the armature, the long-term operation of the product is increased, expensive repair work is shortened or eliminated.

In terms of technical and economic characteristics, the composite armature replaces the traditional steel armature, and in terms of specific strength indicators, it is significantly superior to the traditional armature.

In the same power ratio, the weight is 9 times less than the matelic ones.

ADVANTAGES

It doesn't corrode, it doesn't rot, it doesn't bend

Unique chemical resistance (potassium environment, hydrochloric acid, bases, sea water and other aggressive environments)

Good electrical insulation properties

Low thermal conductivity

Flame retardant

Elastic modulus, not less than 70,000 MPa

Tensile strength not less than 800-1300 MPa

Operating temperature: -70 °C — +150 °C

Increasing operational reliability and durability of structures and products.

Lower costs for transporting the structures and their elements to the installation site due to the lower weight

«Concrete and reinforced concrete structures. Basics".

In terms of costs, the composite armature is 2 times more profitable than the metal armature

Increases the service life of reinforced concrete buildings and structures by 3-4 times.

Composite reinforcement, as well as steel, is used for constructions of buildings and facilities with different purposes:

In industrial - civil construction

For concrete structures of buildings with residential and other purposes.

For use in light (foam concrete) and heavy concrete for the preparation of cover plates, in monolithic foundations.

In the layered masonry of adobe buildings.

As dowels for strengthening external thermal insulation of building walls.

In the quality of nets and rods in building structures.

It is used in shore fortification works.

At marine and port facilities.

When laying sewerage, reclamation networks and water drainage.

During road construction, when laying the roadway and fences.

For elements of the infrastructure in chemical production.

For reinforced concrete products, lighting supports, rail supports, insulating sleepers of linear electric trains, road, pavement and fence slabs, curbs, railway sleepers, pipeline and route (heating plants, cable ducts) utility systems