Corrosion is one of the major reason of concrete deterioration. It makes steel reinforcement undergoes several chemical reactions. Corrosion of traditional reinforcement materials causes massive damage to structures exposed to severe environment.
2. WHAT IS CORROSION?
Corrosion is one of the major reason of
concrete deterioration. It makes steel
reinforcement undergoes several chemical
reactions. Corrosion of traditional
reinforcement materials causes massive
damage to structures exposed to severe
environment.
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3. Why is it that structures constructed with concrete
1000 of years ago have withstood the test of time, while structures
constructed with reinforced concrete within the last 100 years
have deteriorated rapidly?
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4. The answer to this question is largely
associated with the inability of
traditional reinforcement to withstand
corrosive environment.
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5. SOLUTIONS
The civil engineering community have
already tried many techniques and
additional coatings to prevent steel
reinforcement from corrosion.
Unfortunately, it all proved to be short
term solutions.
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6. SUSTAINABLE CORROSION-FREE
CONSTRUCTION SOLUTIONS
Composite materials (FRPs) have demonstrated
tremendous potential in resolving widespread
concrete deterioration. GFRP Fiberglass rebar, for
example, is a modern and corrosion-free material
which can be utilized as an alternative to
traditional construction materials.
7. PROPERTIES OF FRP COMPOSITE
MATERIALS WHEN APPLIED AS
CONCRETE REINFORCEMENT
• 100% Corrosion-resistance
• High tensile strength
• Lightweight
• Easy to transport and install
• Electromagnetic neutrality
• Maintenance free
• Extended service life
9. TUF-BAR is one of the largest producers of GFRP
fiberglass rebar in North America. Our GFRP concrete
reinforcement solutions focus on building long-lasting
concrete members that can withstand the harsh
environmental and load conditions.
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