Conemaugh Memorial Hospital – Johnstown, PA

Description This newly constructed hospital addition used FORTA-FERRO macro synthetic fibers in place of wire mesh to control cracking and add durability. Using the industry’s easiest mixing and finishing reinforcement fiber allowed this lightweight concrete to be pumped with great success. Technical Specifications Fiber Reinforcement: FORTA-FERRO® 2-¼” Application: Slab-on-Metal-Deck Project Size: 75,000 sq ft Delivery […]

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George B. Duke Engineering & Information Tech Building – Pittsburgh, PA

Description Both the Construction Manager and the Ready Mix Producer preferred to use FORTA-FERRO macro synthetic fibers instead of traditional steel reinforcement. FORTA-FERRO was chosen due to its crack resistance capabilities as well as its ability to lower overall costs of the project. Key Points Increased Durability Reduced Cracking Reduced Costs Download PDF

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Werner Trucking – Hecktown, PA

Description Werner Trucking used FORTA-FERRO macro synthetic fiber in multiple application in this newly constructed multi-story building. Fiber reinforcement replaced specified wire mesh at a dosage of 3.0 lb/cu yd in the slab-on-ground application. FORTA-FERRO was also used to reinforce the slab-on-metal deck at a dosage of 4.0 lb/cu yd. Using fiber reinforcement will provide […]

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NLB Corporation – Wixom, MI

Description FORTA-FERRO macro synthetic fibers were used to reinforce this slab-on-metal deck at a dosage of 4.0 lb/cu yd. Reinforcement fibers were used because of the cost savings compared to steel, as well as eliminating the need to store and place wire mesh. FORTA-FERRO is also durable and long-lasting, which positively impacts the long-term cost […]

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Lehigh Valley Health Network – Easton, PA

Description This newly constructed hospital and cancer center used FORTA-FERRO macro synthetic fiber to replace wire mesh in the slab-on-ground and slab-on-metal deck applications. 3.0 lb/cu yd of reinforcement fiber in this project allowed the contractors to stay on time as well as control cracking. Key Points Increased Durability Replaced Wire Mesh Saved Time & […]

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Kennesaw State University Campus Housing – Kennesaw, GA

Description Supply issues motivated contractors to convert the specified steel mesh to reinforcement fiber in this 5-story slab-on-metal-deck project. 6×6 w2.1w2.1 was replaced with FORTA-FERRO macro synthetic fiber at a dosage of 4.0 lb/cu yd. This eliminated storage and theft concerns, the crane time needed to place the mesh, and greatly reduced safety hazards. Wire […]

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Forgotten Harvest – Oak Park, MI

Description Dedicated to relieving hunger in the Metro Detroit Area, Forgotten Harvest invested in this newly constructed multi-story building. FORTA-FERRO macro synthetic fibers replaced specified steel mesh at a dosage of 4.0 lb cu/yd in multiple applications. Due to supply chain issues, the cost of fiber reinforcement saved money compared to steel mesh and eliminated […]

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Brewer’s Block Apartment Complex – Monroeville, PA

Description This newly constructed apartment complex used FORTA FERRO macro synthetic fibers in the slab-on-ground and slab-on-metal deck sections at a dosage of 3.0 and 4.0 lb/cu yd. Reinforcement fibers replaced the specified wire mesh and saved time on the construction schedule as well as came in at a lower cost per square foot. Key […]

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Mercedes Financial – Farmington Hills, MI

Description Mercedes Financial Services in Farmington Hills, Michigan replaced wire mesh in this newly constructed multi-story building. This project, totaling 4,200 cubic yards, utilized FORTA-FERRO reinforcement fibers at a dosage of 4.0 lb/cu yd in the slab-on-metal-deck and 5.0 lb/cu yd in the slab-on-ground applications. Contractors were pleased with the ease of use of FORTA-FERRO, […]

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Rossford School – Rossford, OH

Description This multi-story educational building saved $50,000 by replacing specified wire mesh and rebar with FORTA-FERRO® reinforcement fibers. With the use of these fibers, they were able to eliminate the tedious job of storing and placing wire mesh and/or rebar while still providing maximum long-term durability, structural enhancements, and effective secondary/temperature crack control. Rossford School […]

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