GFRP, a specific type of two-component composite material, high strength fibers embedded in a polymer matrix. Fibers are mainly responsible for stiffness & strength while polymeric matrix deals with load transfer & environmental protection.

1. GFRP Rebar: A
Widely Accepted
Building &
Rehabilitation
Material
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2. GFRP, a specific type of two-
component composite material,
high strength fibers embedded
in a polymer matrix. Fibers are
mainly responsible for stiffness
& strength while polymeric
matrix deals with load transfer
& environmental protection.
www.tuf-bar.com

3. www.tuf-bar.com
GFRP rebar has the
potential to save the
world billions of dollars
that are annually spent
on preserving steel
reinforced concrete

4. GFRP concrete
reinforcement is now
being used for a wide
number of civil
engineering applications
to build sustainable
infrastructure
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5. Why Fiberglass Rebar?
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6. www.tuf-bar.com
1
Fiberglass Rebar is
Corrosion-Resistant,

7. www.tuf-bar.com
2
Lightweight

8. 3
High Tensile Strength
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9. 4
Electric & Magnetic
Neutrality
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10. 5
Thermal Insulation
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11. www.tuf-bar.com
6
Stability During
Handling

12. www.tuf-bar.com
Fiberglass rebar, an ideal
construction material for
marine structures and
rehabilitation of existing
ones, extends the life
cycle of a project up to
100 years

13. www.tuf-bar.com
For more information on TUF-BAR and their
fiberglass reinforcement products,
Dial: 1.888.99.REBAR
Email: info@tuf-bar.com