A modern reinforcing material made from fiberglass (FRP) or basalt (BRP) fibers bonded with thermosetting resins. The manufacturing process involves impregnating fibers with a polymer binder followed by curing in a furnace at high temperature, ensuring high strength and durability. In accordance with GOST 31938-2022, the material is produced as reinforcing bars with a ribbed surface or sand coating to improve bonding with concrete.
Key features: high specific strength; corrosion resistance, does not conduct electricity, and has low thermal conductivity.
Fiberglass rebar is actively used in various areas of the construction industry thanks to its unique properties of reliability and durability. The main areas of application include: construction of residential buildings and industrial facilities; road and infrastructure construction; hydraulic engineering structures; seismic-resistant structures; and private construction.
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Applied material
Composite
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Application area
Foundations and supports
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Applied material
Composite
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Application area
Foundations and supports
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Applied material
Composite
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Application area
Foundations and supports
the ETIZ group
A Russian developer and manufacturer of innovative high-tech construction materials
We run two large plants with modern equipment and strict quality control, which is how we deliver consistent, faultless product quality
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15 years
on the market
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27 countries
with registered
patents -
23 thousand m²
of production space
- Strength — composite rebar has tensile strength characteristics 3 times higher than those of A500C class steel rebar.
- Durability — the thermal expansion coefficient of composite rebar is close to that of concrete, which prevents micro-deformations and micro-cracks in the concrete structure, significantly increasing the overall durability of the structure.
- Chemical resistance — composite rebar has high chemical resistance in various aggressive environments; it is not subject to corrosion, which also positively affects durability.
- Lightweight — fiberglass rebar with comparable strength characteristics is 9 times lighter than steel rebar.
- Low thermal conductivity — thanks to low thermal conductivity, no "cold bridges" form in structures, reducing heat loss by up to 34% and consequently — heating costs for the building.
- Ease of installation — rebar rods can be cut from a coil to any required length and fastened with plastic ties or special fixing clips, not just binding wire.
- Ease of transportation and storage — rebar can be coiled, allowing even passenger cars to be used for transport, resulting in significant savings.