FRP rebar - Acm6007

frp rebar, Light weight (1/4th weight of steel rebar), High strength to weight ratio, High corrosion resistance - details see: https://www.buildingsupplieshub.com/frp-rebar-10088371

Place of Origin: Zhejiang China (Mainland)	Brand Name: unistar	Model Number: Acm6007	Surface Treatment: Antistatic
Application: civil construction

FRP rebar:

Steel rebar is a very common building material for the construction of facilities and structures. However, the limited tensile strength, poor design and the presence of the aggressive agents, all of the above conditions can lead to both cracking of the concrete and corrosion of the steel rebar.
FRP (Fiber Reinforced Polymer) rebar has arisen as preferable substitute to fill the defect of normal rebar. FRP reinforcement is the better choice for concrete structures. We can offer a wide range of different shapes, and every shape used in steel rebar can also be produced in FRP.

APPLICATION FIELDS:
Based on features above, FRP rebars appear to be promising alternative to steel reinforcement in concrete structures such as marine structures, parking structures, bridge decks, highway under extreme environments, subway tunnel, airport construction, Waterway Engineering and structures highly susceptible to corrosion and magnetic fields.

Diameter (mm)		Φ6			Φ10	Φ12	Φ16	Φ18	Φ20	Φ25	Φ32
Density (g/cm3)		1.85—2.0			1.85—2.0	1.85—2.0	1.85—2.0	1.85—2.0	1.85—2.0	1.85—2.0	1.85—2.0
Stress Cross Section (mm2)		28.26			78.5	113	196	248	307	452	720
Ultimate load (KN)		27			68	108	160	200	250	380	600
Ultimate tensile strength		Mpa		955	866	830	816	806	814	840	833
Ultimate tensile strength		Ksi		138.5	125.6	120.37	118.4	116.90	118.06	121.83	120.81
Ultimate Shear strength		Mpa		160	160	160	160	160	160	160	160
Ultimate Shear strength		Ksi		23.2	23.93	24.65	25.38	25.82	26.1	25.38	24.65
Tensile E-Modulus(Gpa)		42—45			42—45	42—45	42—45	42—45	42—45	42—45	42—45
Nominal Bond Strength with C40 Concrete(Mpa)		12			13	15.2	11.6	14.2	10.7	12.3	11.4
Ultimate Elongation(%)		2.5			2.5	2.5	2.5	2.5	2.5	2.5	2.5
Thermal Expansion Coefficient (10-6/ºC)	Transverse		21.7		21.1	22.3	21.2	22.5	21.4	21.5	22.4
Thermal Expansion Coefficient (10-6/ºC)	Longitudinal		9.7		9.5	9.6	8.1	9.1	8.8	8.9	9.2