This modern logistics and distribution facility in Houston, TX required a foundation and slab system capable of supporting constant forklift traffic, heavy racking loads, and climate-sensitive operations. The Graphene Solution supplied next-generation graphene-enhanced concrete engineered for industrial-grade strength, crack resistance, and long-term environmental performance.
The GreenTech facility needed a floor system that could handle continuous mechanical stress without cracking, curling, or premature wear. Traditional concrete mixes often fail under such dynamic loads — leading to maintenance issues and costly downtime. Our team developed a graphene-based solution that offered fast curing, minimized shrinkage, and maintained surface precision critical for warehouse automation and high-traffic operations.
The mix also needed to meet Houston’s humidity and thermal expansion challenges. Our formulation delivered a flat, stable, and durable floor ready to handle industrial activity 24/7 — without the environmental toll of traditional high-cement mixes.
This graphene-enhanced solution provided a durable, long-lasting foundation for GreenTech’s high-volume distribution operations — built to meet both structural demand and sustainability goals.
By using graphene-enhanced concrete, this logistics center experienced a 30% reduction in curing time and a notable increase in surface strength. It allowed racking systems and equipment to be installed ahead of schedule while keeping thermal control systems stable.
GreenTech’s operations are now powered by a floor system that requires less maintenance, resists impact damage, and aligns with Houston’s growing clean-building movement. This project proved how advanced concrete can reduce downtime and deliver performance at scale.
