Product Overview
Steel bars, the main reinforcing bars of existing concrete foundations, incur enormous maintenance costs due to corrosion, and poor construction due to corroded steel bars can have a significant impact on the safety of building structures. Our GFRP REBAR, developed as a replacement reinforcing bar, is stronger than steel, lighter than aluminum, and uses an eco-friendly new material that does not rust, so it is 26% lighter than general steel bars, and has more than twice the tensile strength and corrosion resistance.
Product competitiveness
durability
GFRP rebar does not rust or corrode, so its service life is semi-permanent. It can extend the life of the structure and reduce maintenance costs.
Non-magnetic, non-conductive
GFRP rebar is a non-magnetic insulator and is effective in structures that require electromagnetic wave shielding, such as semiconductor manufacturing plants, railway tracks, data centers, and military bases.
Lightweight
GFRP rebar is easy to handle with only 26% of the weight of steel reinforcement, which can reduce construction costs such as labor and logistics costs.
Heat insulation
GFRP rebar has high heat insulation properties and is widely used in low-temperature warehouses, and is an essential raw material in regions that require heat insulation, such as Southeast Asia.
High strength
GFRP rebar has a tensile strength more than twice that of steel bars, ensuring structural stability and reducing construction costs by making the structure slimmer.
Constructability
GFRP rebar is easy to transport due to its light weight and is easy to work with, such as cutting, which significantly reduces construction costs.
