Acrylic Cementitious Waterproofing Systems

At Grupo Eleven Solutions®, we deliver advanced waterproofing systems engineered to protect structures exposed to persistent humidity, extreme weather, and intensive use. Our acrylic cementitious waterproofing coatings merge the structural strength of hydraulic cements with the elasticity and bonding capabilities of advanced acrylic polymers. This dual performance is essential for securing cisterns, underground tanks, retention walls, and basements, preventing severe water ingress that could compromise structural durability in high-demand industrial, commercial, and hospitality facilities.

Backed by over 35 years of experience, our team deploys high-performance technologies approved by leading manufacturers across demanding environments. We provide a qualified and specialized workforce to execute precise applications that meet rigorous technical demands. To identify the optimal solution for your infrastructure, we conduct a free inspection and diagnosis. Every project we execute is reinforced by our strict written warranty on all jobs, assuring reliable protection and operational peace of mind.

Understanding Acrylic Cementitious Waterproofing Technology

Acrylic cementitious waterproofing is a specialized polymer-modified system composed of selected hydraulic binders, quartz aggregates, and synthetic liquid resins. When applied to concrete or masonry substrates, it creates a tough, semi-flexible, and seamless waterproof barrier. Its key technical advantage is exceptional chemical and mechanical adhesion to mineral surfaces, allowing the membrane to withstand both positive and negative hydrostatic pressure in underground walls, retention basins, and water containment infrastructure without delaminating.

Unlike traditional single-layer coatings, acrylic cementitious formulas bond intimately within concrete capillary pores, tolerating residual dampness during installation. This makes them ideal for potable water cisterns, elevator pits, foundations, and parking garages, as they remain fully stable under continuous submersion. Furthermore, these systems help prevent concrete carbonation and shield internal rebar against chloride corrosion in severe coastal environments, ensuring prolonged structural integrity for vital building foundations.