E5® solutions help agencies deliver resilient, sustainable infrastructure that stands up to traffic, weather, chlorides, and time. By densifying the matrix and managing moisture from within, we support accelerated schedules, longer service life, and lower lifecycle costs across roads, bridges, tunnels, and facilities.
Public infrastructure must perform for decades under the heaviest loads and harshest environments—while staying on budget and opening on time. Bridge decks, pavements, dams, tunnels, and critical facilities face freeze-thaw cycles, de-icing salts, chemical exposure, and hydrostatic pressure, all while agencies juggle complex staging and traffic management.
Traditional approaches can leave concrete vulnerable. Porosity and permeability invite water and chlorides; freeze-thaw and scaling accelerate deterioration; and moisture in slabs leads to floor failures. At the same time, owners are under pressure to cut embodied carbon and document performance, from EPDs to lifecycle cost analyses.
Agencies are adopting low-carbon procurement (e.g., Buy Clean/EPD requirements) to reduce embodied carbon in concrete.
Water ingress undermines service life in foundations, dams, tunnels, and below-grade works; permeability under pressure is a key durability concern.
Work zones must minimize user delays; TMPs and lane-closure policies constrain construction hours, so schedule-neutral methods matter.
Repeated exposure to de-icing salts drives chloride penetration and scaling; mixture quality and dense microstructure are critical.
E5® Nano Silica solutions densify and protect concrete from the inside out—cutting permeability, supporting cold-climate durability, and simplifying curing—so agencies can open assets sooner and own them for less.
Internal curing and engineered pozzolans stabilize workability and reduce permeability for reliable placements in tight work windows.
PRAH-level systems target permeability under pressure for tunnels, substructures, and water infrastructure.
Enable cement reduction and provide EPD-aligned data to support Buy Clean and embodied-carbon targets.
Internal curing that densifies the matrix, reduces permeability, and eliminates wet/topical curing—ideal for bridge decks, pavements, and slabs needing schedule certainty.
Viscosity-modifying, internally curing admixture for shotcrete in tunnels and complex structures; improves cohesion and reduces segregation/bleeding.
Penetrating protection for existing concrete during rehab/maintenance; reduces porosity and moisture ingress to extend service life.
E5® Internal Cure
Internal curing that densifies the matrix, reduces permeability, and eliminates wet/topical curing—ideal for bridge decks, pavements, and slabs needing schedule certainty.
E5® Liquid Fly Ash
E5® Shot Cure
Viscosity-modifying, internally curing admixture for shotcrete in tunnels and complex structures; improves cohesion and reduces segregation/bleeding.
E5® Shield
Penetrating protection for existing concrete during rehab/maintenance; reduces porosity and moisture ingress to extend service life.
Engineers & Architects: Specify data-driven mixes that meet durability, permeability, and low-carbon objectives.
Ready-Mix Producers: Deliver consistent, high-performing concrete with simpler dosing and fewer callbacks.
General Contractors: Accelerate schedules with fewer curing steps and more predictable finishing—within tight lane-closure windows.
DOTs & Public Agencies: Extend service life and reduce O&M through denser, lower-permeability concrete backed by test standards and EPD pathways.
Developers & Owners (Public Facilities): Protect taxpayer investment with durable, low-maintenance assets and transparent lifecycle performance.
2025 Copyright. All rights reserved. Site built with Sprocket Rocket & HubSpot. Privacy policy Terms