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Application references
composite reinforcement

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From coastal bridges to industrial floors, our composite reinforcement is at work in diverse environments around the globe.

Railroad bed and lines

High corrosion resistance, resistance to moisture and aggressive fluids significantly increases durability of structures. Not less than 80 years is the expected structure lifespan

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Sea constructions

High corrosion resistance, resistance to moisture and aggressive fluids significantly increases durability of structures. Not less than 80 years is the expected structure lifespan

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Bridges

High corrosion resistance, resistance to moisture and aggressive fluids significantly increases durability of structures

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Parking lots & open-air car parks

High tensile strength (not less than 1200 Mpа), three times stronger than steel reinforcement

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Underground construction

Tensile strength is three times higher than steel reinforcement (not less than 1200 MPa), which is perfect for construction in areas with increased stress

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Industrial floors

The service life of glass-composite reinforcement exceeds 80 years, ensuring long-term durability of concrete and asphalt-concrete structures.

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Industrial construction

High corrosion resistance in acid, alkaline and other aggressive environments

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Strength in Every Structure

Railroad bed and lines
  • High corrosion resistance, resistance to moisture and aggressive fluids significantly increases durability of structures. Not less that 80 years is the expected structure lifespan
  • High tensile strength (not less than 1200 Mpа), three times stronger than steel reinforcement
  • Fiberglass reinforcement is 4 times lighter than steel and requires no special equipment for cutting and welding, which provides economy on transportation and assembly
  • High temperature sustainability. Fiberglass reinforcement withstands a long-term freezes and heats

Strength in Every Structure

Sea constructions
  • High corrosion resistance, resistance to moisture and aggressive fluids significantly increases durability of structures. Not less that 80 years is the expected structure lifespan
  • High tensile strength (not less than 1200 Mpа), three times stronger than steel reinforcement
  • Fiberglass reinforcement is 8 times lighter than steel and requires no special equipment for cutting and welding, which provides economy on transportation and assembly

Strength in Every Structure

BRIDGES
  • High corrosion resistance, resistance to moisture and aggressive fluids significantly increases durability of structures
  • Low thermal conductivity, which makes it possible to avoid the emergence of cold points in the construction body
  • Service life of glass-composite reinforcement is numbered in the tens of years and is not less than 80 years under the most severe conditions, which provides durability of concrete and asphalt.

Strength in Every Structure

Parking lots and open-air car parks
  • High tensile strength (not less than 1200 Mpа), three times stronger than steel reinforcement
  • High temperature sustainability, glass-composite reinforcement withstands a long-term freezes and heats.
  • High corrosion resistance, resistance to moisture and aggressive fluids significantly increases durability of structures
  • Fiberglass reinforcement is 4 times lighter than steel and requires no special equipment for cutting and welding, which provides economy on transportation and assembly

Strength in Every Structure

Underground construction
  • Tensile strength is three times higher than steel reinforcement (not less than 1200 Mpa), which is perfect for construction in areas with increased stress
  • High corrosion resistance, resistance to moisture and aggressive fluids significantly increases durability of structures. Not less that 80 years is the expected structure lifespan
  • Fiberglass reinforcement is completely dielectric, which eliminates any interference with radio waves
  • High temperature sustainability. Fiberglass reinforcement withstands a long-term freezes and heats

Strength in Every Structure

Industrial floor
  • service life of glass-composite reinforcement is numbered in the tens of years and is not less than 80 years, that provides durability of concrete and asphalt – concrete caps
  • use of glass-composite reinforcement makes it possible to manufacture framework at monolithic reinforcing
  • high corrosive properties make it possible to use glass-composite reinforcement in constructions and areas of buildings with expected increased stress and effect of aggressive media.
  • fiberglass composite reinforcement with nominal diameter to 10mm can be supplied in rods and hanks
  • glass composite reinforcement doesn’t require any special equipment for cutting, tying into reinforcement framework doesn’t require welding, therefore doesn’t result in increased costs of construction

Strength in Every Structure

Industrial constructions
  • High corrosion resistance in acid, alkaline and other aggressive environments
  • Expected durability is not less than 80 years even in the most severe conditions
  • Tensile strength is three times higher than steel reinforcement (not less than 1200 Mpa)
  • Fiberglass reinforcement is 4 times lighter than steel, which provides saving on transportation and assembly
  • Absolute environmental friendliness and radio transparency
  • Fiberglass reinforcement is completely dielectric

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