Frp Rebar Wrap Properties: BFRP_bar

Fiber-reinforced polymer (FRP) reinforcement properties for concrete structures — GFRP/CFRP/BFRP/AFRP bars per ACI 440.1R-15, and CFRP/GFRP/AFRP externally bonded wraps and pultruded plates per ACI 440.2R-17; includes tensile strength, elastic modulus, ultimate strain, density, CTE, bond strength, and environmental reduction factors CE

Civil Engineeringproduct_type: BFRP_bar3 rows
product typerecord idCTE longitudinal per C (1/C)CTE transverse per C (1/C)area mm2 (mm2)bar size or widthbond strength MPa (MPa)density kg per m3 (kg/m3)diameter mm or thickness mm (mm)elastic modulus GPa (GPa)environmental reduction factor CEfiber typemax service temp C (C)notestensile strength MPa (MPa)ultimate strain pct (%)
BFRP_barBFRP_bar_No30.0000090.00002271No.3112,1009.5500.65basalt120Basalt FRP bar No.3; basalt fiber: fu~2800 MPa, E~89 GPa; composite at 65% Vf: f*fu~1000 MPa, Ef~50 GPa; CE=0.65 (estimated per ACI 440.1R-15 GFRP precedent, BFRP not yet explicitly listed; conservative); max service temp higher than GFRP due to basalt thermal stability1,0002
BFRP_barBFRP_bar_No40.0000090.000022129No.4112,10012.7500.65basalt120Basalt FRP bar No.4; f*fu=970 MPa (conservative minimum based on reviewed test data range 1100-1565 MPa; 970 MPa accounts for CE and variability); Ef=45-55 GPa range; density 2100 kg/m3 (4.5x lighter than steel per product literature)9701.9
BFRP_barBFRP_bar_No50.0000090.000022199No.5112,10015.9480.65basalt120Basalt FRP bar No.5; CE=0.65 estimated (not codified in ACI 440.1R-15; basalt CE proposed 0.65-0.70 in fib Bulletin 40 review; marked as estimate); basalt fibers more UV-resistant than E-glass; fire resistance higher9402

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