•Green Production Process
•2.2 x stronger than steel in tension•1/5 the cost of carbon fiber
•Thermally resistant
•Non-conductive
•Immune to UV
•Does not rust
•4 times lighter than steel
•Can be molded into any shape like fiberglass
•10-15% more expensive than fiberglass
BFRP applications “have been five years away from a major breakthrough for the past 15 years.”
Why?
Technical processing difficulties
Lack of inclusion in statutory building codes
No manufactures producing at the scale users need
Material to date lacking consistency of production and volume
•40-60k psi tensile material
•Modulus: 200
•Ductile – bends and holds a shape
•Susceptible to rust
•120k tensile
•Modulus: 50
•Shape is set
•Early bend but will snap
•Will stretch % before parting
•No rust
•400 to 695 KSI tensile
•Modulus: 110
•2.2 x stronger than steel
•Shape is set
•Durable and abrasion resistant
•Bends easily but doesn’t snap
•No rust
•Specific gravity 2.7
•Non-conductive and non-magnetic
•Natural product so green and chemical free
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