Composite FRP rebar, mesh

ADVANTAGES

STRONGER than 100%

The fiberglass and basalt fittings have a tensile strength of more than 2 times higher than the figure at the steel bars of grade A III with an equal diameter.


Accordingly, it can have the calculated area is less than twice the steel.


LIGHTER 80%​​​​​​​

Composite reinforcement density of 1.9 t / m3.

This means that it is only 1.9 times the mass of water and 5 times lighter than steel.


The weight ratio of equal strength as a reinforcement 9 times less than that of steel.


This reduces the cost of transport and cargo handling, and also facilitates the execution of works on the construction site.


DURABILITY

Non-metallic reinforcement structures increases the lifetime is 2-3 times as compared with steel reinforcement, especially when exposed to aggressive environments.


They no longer need expensive repairs. Predicted durability - at least 80 years.


ENVIRONMENTALLY FRIENDLY

It does not emit harmful and toxic substances. Our products are not harmful to nature. It complies with all European standards.

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Environmental safety and production without harming nature.

Resistant to ultra-low temperatures.

The COEFFICIENT of THERMAL EXPANSION

as that of concrete.

Composite valves may be used at different temperatures (-70 to +100 degrees Celsius)

it is absolutely not changing its technical and operational characteristics.

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This eliminates gusts reinforcement and cracking in the concrete layer under the influence of temperature changes.


NOT SUBJECT TO CORROSION AND ROT

​​​​​​​Not subject to corrosion and rot

Non-metallic fittings are absolutely not subject to corrosion and does not cause destruction of concrete.


Furthermore, it practically does not change the mechanical properties in the aggressive environment by acids, alkalis and salts.


LOW THERMAL CONDUCTIVITY

Low thermal conductivity

Thermal conductivity of composite reinforcement

100 times lower than that of steel, it hardly conducts heat.


Correspondingly, it can not be "cold bridges" and significantly reduces heat loss.

DIELECTRIC.

RADIO and MAGNETIC TRANSPARENT

Composite rebar does not conduct electric current and does not accumulate static energy.


Permeable to radio waves.

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Excludes the change in strength properties of composite reinforcement under the influence of electromagnetic fields.

ANY CONSTRUCTION LENGHT​​​​​​​

On request, and the request of the project can be made of any length.



CURRENT STATE OF OBJECTS

APPLICATION

AUTOMOBILE AND RAILWAY INFRASTRUCTURE

SELECTED AND FERRO-CONCRETE ELEMENTS

TUNNEL AND UNDERGROUND CONSTRUCTION

HYDRAULIC ENGINEERING

INFRASTRUCTURE AND INDUSTRIAL CONSTRUCTION

CIVIL ENGINEERING

REBAR COMPOSITE MESH

It does not require binding


COMPOSITE FLEXIBLE CONNECTIONS 

For insulation of the facade of the building