Bp tuf bar 60 gpa

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100+ Years Concrete Reinforcement Ultimate Corrosion Solution Fiberglass Rebar APPLICATIONS Bridge Decks and Barrier Walls Roads, Parkades and Concrete Slabs Power Generation and MRI Tunneling and Temporary Reinforcement Dams, Sea Walls and Marine Applications 100+ Years Sustainability 300% Total Project Savings Zero Maintenance ¼ The Weight of Steel 2 X Tensile Strength of Steel Non-Magnetic Non-Conductive Thermal Insulation High Modulus GFRP Bar (60 GPa) Bends in all sizes Custom lengths BP Composites Ltd uses the highest quality corrosion resistant vinylester resin and fiberglass materials. 60 GPa

description

BP Composites Ltd. Booth 520916 The company's durable, threaded, composite rebar serves as a strong, lightweight alternative to conventional products. It is suitable for corrosive applications, bridges, tunneling, and mining. Complementing composite fasteners and accessories make it easy to anchor and post-tension. The rebar's length and thread positioning can be custom ordered to fit your needs. www.bpcomposites.com.

Transcript of Bp tuf bar 60 gpa

Page 1: Bp tuf bar 60 gpa

100+ Years Concrete ReinforcementUltimate Corrosion Solution

Fiberglass Rebar

APPLICATIONSBridge Decks and Barrier Walls

Roads, Parkades and Concrete Slabs

Power Generation and MRI

Tunneling and Temporary Reinforcement

Dams, Sea Walls and Marine Applications

100+ Years Sustainability

300% Total Project Savings

Zero Maintenance

¼ The Weight of Steel

2 X Tensile Strength of Steel

Non-Magnetic

Non-Conductive

Thermal Insulation

High Modulus GFRP Bar (60 GPa)

Bends in all sizes

Custom lengths

BP Composites Ltd uses the highest qualitycorrosion resistant vinylester resin and � berglass materials.

60 GPa

Page 2: Bp tuf bar 60 gpa

PROPERTIES UNITS #3 #4 #5 #6 #7 #8

Nominal Size mm inch

10 3/8

13 1/2

15 5/8

20 3/4

22 7/8

25 1

Ultimate Tensile Strength

MPaksi

1370.5198.8

1271.9184.5

1287.3186.7

1236.4179.3

1168.3169.5

1201.0174.2

Guaranteed Ultimate Tensile Strength(ASTM D7205 / CAN/CSA-S806)

MPaksi

1212.8175.9

971.9141.0

1125.1163.2

1036.0150.3

1034.8150.1

1001.3145.2

Guaranteed Tensile Force(ASTM D7205 / CAN/CSA-S806)

kN lbf

86.119357

125.428186

223.950334

294.266142

400.590030

510.7114799

Modulus of Elasticity GPaksi

63.79242

61.18868

62.69078

62.79091

61.28878

61.78944

Ultimate Elongation % 2.2 2.1 2.1 2.0 1.9 1.9Bond Strength(ACI 440.3R B3)

MPaksi

17.42.5

12.71.8

15.12.2

14.42.1

13.62.0

13.52.0

Transverse Shear Strength(ACI 440.3R B4)

MPaksi

264.338.3

235.134.1

249.936.2

234.934.1

230.133.4

226.732.9

Transverse Shear Force(ACI 440.3R B4)

kNlbf

37.58435

60.713639

99.522357

133.530003

178.140043

231.251982

Weight / Length g/mlb/ft

1950.13

3390.23

5260.35

7420.50

9900.67

13090.88

LEED® CREDITS

60 GPa High Modulus GFRP Bar

SHAPES

APPLICATIONS

BENDS

LIFE CYCLE C ST

7550250 COST CYCLE IN YEARS

OTHER

100COILS

[email protected]

CANADA5522-36 Street NWEdmonton, AB, T6B 3P3

Meets Current Design Codes/Standards• CSA S6-06• CSA S806-12• CSA S807-10 FRP Specification

USA111 2nd Avenue NE, #900St Petersburg, FL, 33701