FRP/GRP Rebar

FRP (Fiberglass Reinforced Polymer) Rebar is a spiral wrapped structural reinforcing rod made from a combination of fiberglass roving and resin. FRP Rebar has been developed as a non-corrosive alternative to steel in concrete reinforcement and is suitable for any structural or architectural application where a material that is corrosion resistant, lightweight or non-conductive is required.

 

Benefits Of FRP Rebar

Advantages of FRP Rebar

Cost: Cost is a consistently important factor for any business. For construction, you always require the best material at alow cost. There are many materials available in the market, but GFRP Rebar is a low-cost material that provides the best quality for construction.

Temperature: This rebar can handle high-temperature stress. Such places like power stations, tunnels, mining etc., where the temperature is always high there you can use GFRP Rebar. This rebar melts at very high temperatures.

Strength: This rebar is two times stronger than steel reinforcing bars. The quality of GFRP Rebar is far better than other materials.

Weight: The weight of construction materials matters. The GFRP Rebar is ¼ of steel rebar, providing more quality than steel rebar.

FRP Rebar Vs Steel Rebar Comparison

Specifications Metal Class A-III Fiberglass
Material Steel Steklorovint bound by polymer based epoxy resin
Strength at stretching, MPa 390 1300
Relative extension, % 25 2, 2
Coefficient thermal conductivity, W / (m0 С) 200000 0, 35
Elastic modulus 200000 55000
Linear coefficient extensions, ax 10-5 / 0С 13-15 9-Dec
Density, t / m 7, 8 1, 9
Corrosion resistance to aggressive environments Corrosive Non-Corrosive
Thermal conductivity Heat conductive Non-conductive
Electrical conductivity Electrically conductive Non-conductive – is a dielectric
Released profiles June-80 Apr-20
Length Rods 6-12 m long According to the buyer’s request
Durability Rods 6-12 m long According to the buyer’s request

Usage And Applications

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