Project Item
Project Description Prologis specified the OptiPave System, reinforced with FORTA-FERRO macrosythethic fiber for this speculative industrial warehouse parking lot. This optimized pavement design provided the developer with a heavy-duty concrete pavement that was more cost effective than their traditional asphalt design, providing them with a longer lasting, light reflective, and more durable pavement, requiring less […]
Read More
Project Description This Data Center used FORTA-FERRO macro synthetic fibers to add impact and abrasion resistance to its newly constructed warehouse floor. This jointless floor will stay stronger and last longer due to the added durability and toughness of FORTA’s reinforcement fibers. Key Points Increase Durability Add Impact & Abrasion Resistance Superior Finish Download PDF
Read More
Project Description This high-volume parking lot was designed using the OptiPave System with FORTA-FERRO macro synthetic fibers to provide the owner with a durable, sustainable, cost effective concrete pavement. This proprietary design system, significantly reduces the amount of curling and prevents both edges of the panel from being loaded simultaneously. This optimized design permits significant […]
Read More
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 […]
Read More
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 […]
Read More
Description FORTA-FERRO macro synthetic fibers were specified at a dosage of 5.0 lb/cu yd in this newly constructed warehouse floor. Concrete was pumped in place and received a troweled finish. Owners were happy with the cost of fiber compared to traditional steel mesh, which made it very easy to choose FORTA-FERRO. Key Points Increased Durability […]
Read More
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 & […]
Read More
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 […]
Read More
Description FORTA team members worked with Triad Design to design this 750,000 sq ft. warehouse floor based on owners ‘criteria. Triad Design normally use rebar or wire mesh. However, FORTA-FERRO provides a faster start and finish because of the scarcity of wire mesh. The owner could start on their schedule, not the wire mesh mill […]
Read More
Description The numerous freeze-thaw cycles of Erie, Pennsylvania can wreak havoc on concrete. To combat this, GetGo specified FORTA-FERRO macro synthetic fibers at a dosage of 4.0 lb/cu yd in this newly constructed fuel depot. Known for its long-term durability, FORTA-FERRO also offers structural enhancements and will be effective at preventing rutting in this 330 […]
Read More