
E5® Nano Silica is not just an admixture—it's an engineering solution for the world's most demanding concrete projects. We provide the internal technology that guarantees durability, accelerates construction, and controls moisture from within, delivering superior, long-term value across a diverse range of critical industries.
The logistics and data infrastructure sectors are defined by their immense scale and tight deadlines. These facilities require enormous concrete slabs that must withstand heavy and constant traffic while being poured and completed under accelerated timelines.
Retail spaces, from big-box stores to high-end boutiques, rely on flawless, durable floors that can withstand constant foot traffic and quick tenant turnover. E5 delivers the ultimate foundation for polished and decorative concrete, ensuring low maintenance and a brilliant finish.
Schools, universities, and campus facilities are high-traffic environments that require concrete durability, but construction must often be completed during short break periods. The foundation must support varied spaces, from specialized science labs and auditoriums to cafeterias with demanding flooring requirements.
Public infrastructure projects—including roads, bridges, tunnels, dams, and municipal buildings—require concrete that can deliver an exceptionally long service life while resisting the damage from freeze-thaw cycles, de-icing salts, and non-stop traffic. Project budgets and public trust demand a reliable, enduring solution.
Healthcare facilities—hospitals, clinics, and medical labs—require a foundation that supports sophisticated equipment and adheres to rigorous hygiene standards. Moisture control and accelerated schedules are paramount to opening beds and reducing the risk of mold and mildew.
While each industry has unique demands, every E5®-infused project benefits from our core technology.
Waterproofing
Moisture Mitigation
Shrinkage & Curling Reduction
Sustainability
Reduced Project Timeline
Corporate and office developments require high-end concrete finishes, aggressive construction timelines, and reliable flooring systems to support sensitive, high-tech interiors. E5® ensures a premium aesthetic outcome while protecting against costly schedule delays.
In waste transfer stations, landfills, and treatment plants, concrete faces the harshest conditions: constant, severe abrasion from heavy machinery and aggressive chemical degradation from waste and wastewater. Traditional slabs fail prematurely, leading to expensive, frequent replacements.
Casinos, arenas, and entertainment complexes demand a perfect blend of high-end aesthetics, compressed timelines for grand openings, and the durability to handle millions of visitors. The slab must be flawless, low-maintenance, and quick to complete.
Explore our gallery of successful projects across diverse industries. From major civil infrastructure that lasts a lifetime to high-traffic retail and hospital environments, these images demonstrate the superior finished quality, accelerated timelines, and long-term durability that E5 Nano Silica delivers on every pour.
A 700,000-sq-ft Amazon Fulfillment Center in Greenfield, IN used the E5® system (Internal Cure + Catalyst) to achieve early strengths, high FF/FL, and a polish-ready, abrasion-resistant floor. Eliminating wet curing let crews install conveyors, racks, and electrical just 26 days after the first slab pour, compressing schedule and lowering long-term risk.
A Whole Foods Market build used the E5® system (Internal Cure + Catalyst) to eliminate wet curing and deliver a dense, polish-ready slab with high FF/FL and strong abrasion resistance. The team gained earlier access for interior trades and floor coverings, reducing moisture-related risk and supporting an on-time opening.
A 517,000-sq-ft renovation at Brownsburg High School used E5® Internal Cure to improve bonding between new and existing concrete, control moisture, and achieve superior flatness for terrazzo-sensitive spaces. Eliminating wet curing gave teams earlier trade access and a durable, low-maintenance slab across labs, the auditorium, and common areas.