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FORTA - Fiber Reinforcement for Tougher, Longer-Lasting Concrete

FORTA-FERROŽ is an easy-to-finish, color blended fiber, made of 100% virgin copolymer/ polypropylene consisting of a twisted bundle non-fibrillating monofilament and a fibrillating network fiber, yielding a high-performance concrete reinforcement system. FORTA-FERROŽ is used to reduce plastic and hardened concrete shrinkage, improve impact strength, and increase fatigue resistance and concrete toughness. This extra heavy-duty fiber offers maximum long-term durability, structural enhancements, and effective secondary/temperature crack control by incorporating a truly unique synergistic fiber system of long length design. FORTA-FERROŽ is non-corrosive, non-magnetic, and 100% alkali proof


See for yourself the Forta Strength!
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FORTA-FERROŽ has been tested by scores of agencies, laboratories, and testing facilities in a wide variety of performance areas, such as toughness, impact resistance, flexural strength, and residual strength. FORTA-FERROŽ has also been compared in residual strength (ASTM C-1399) to the major brands of steel fibers, resulting in an average replacement value of 1:10 (FORTA-FERROŽ: steel fibers). FORTA-FERROŽ has been involved in composite-product vacuum testing in precast tanks and boxes, and tested under crushing loads in vaults and manholes. This laboratory and real-world field testing has allowed FORTA-FERROŽ to gain widespread acceptance and use in septic tanks, burial vaults, manholes, and other precast products where the reduction of steel and placement labor has resulted in a sizable savings to the producer. And FORTA-FERROŽ has also been used in scores of flatwork projects as well to reduce and/or eliminate the need for reinforcing steel, such as streets, bridge decks, and manufacturing and commercial floors. Continuing research programs and pilot field trials are also being performed to investigate the possibilities of joint-space extension and reduction, due to the tremendous reduction in shrinkage and slab curling afforded by these high-volume, high-strength fibers.


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Last modified: 04/08/12