FRP reinforcement systems apply fiber fabrics to the surfaces of buildings, bridges, and other structural members to improve structural performance. After installation, the fiber reinforced system will provide excellent long-term physical and mechanical properties.

CARBON FIBER is a dry fabric made of very high strength aviation grade carbon fiber.

feature

High strength to weight ratio

Excellent creep resistance and fatigue resistance

Extremely durable

Low aesthetic impact

benefit

Increase strength without increasing static load

Withstand continuous and periodic load conditions

Extremely resistant to various environmental conditions

Easy to hide

Where to use

Improve the bearing capacity of concrete beams, slabs, walls and columns;

Improve the seismic resistance of concrete columns;

Improve the seismic response of concrete beam-column connections, shear walls and heat collecting elements;

Improve the seismic performance of masonry shear walls and infill walls;

Restore the structural capacity of damaged or deteriorated concrete structures;

Increase the strength of concrete pipes, silos, tank chimneys and tunnels

GLASS FIBER is a dry fabric made of high-quality electronic glass fiber.

feature

High strength to weight ratio

Low aesthetic impact

benefit

Increase strength without increasing static load

Easy to hide

Where to use

Improve the seismic resistance of concrete columns;

Improve the seismic response of concrete beam-column connections, shear walls and heat collecting elements;

Improve seismic performance of masonry shear walls and infill walls

ARAMID FIBER is a dry fiber fabric composed of aramid fibers.

feature

High strength to weight ratio

High toughness

Non-corrosive

Non-conductive

Low aesthetic impact

benefit

Increase strength without increasing static load

Resistant to high shock and short-term load conditions

Will not cause galvanic corrosion

No impact on sensitive electrical equipment area

Easy to hide

Where to use

Increase the strength of concrete and masonry that are subjected to explosive loads;

Increased resistance to impact and excessive wear;

All reinforcement applications are in sensitive electrical environments where carbon fiber cannot be used due to electrical conductivity.