Eastgate (Prologis) – Mount Juliet, TN

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 […]

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Stone Lake – El Paso, TX

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 […]

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Building Supply Company – Houston, TX

Description This large, national building supply company chose TCPavements, reinforced with FORTA-FERRO®, for the construction of their new 2.7 Million square foot industrial distribution center in Houston, Texas. The owners chose to use this TCPavement system due to its sustainability, reduced cost, and increased service life. This project used 5.5” thick concrete, reinforced with 4.0 […]

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Prologis – Lockport, IL

Description This newly constructed parking lot in Lockport, Illinois specified the OptiPave Pavement System reinforced with FORTA-FERRO fibers. Owners chose this system, due to its sustainability, reduced cost, and increased service life. OptiPave pavements also reduce construction and maintenance costs while maximizing performance and service life. Key Points Minimizing Curling & Stress Reducing Slab Thickness […]

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Case Farms – Goldsboro, NC

Project Description Case Farms specified FORTA-FERRO at a fiber dosage of 4 lb/cu yd in this 6” Thin Concrete Pavement (TCP) totalling just over  4,100 cu yd. Fibers have been used for decades by transportation agencies to improve post-crack performance and increase load transfer of the slabs. However, not all fibers are created equal. Using […]

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