CATA Stone Care Logo
arrow_back Back to Portfolio
Higher Education location_on Anaheim, CA

Research Lab Epoxy System

Full chemical-resistant epoxy flooring system installed across 22 chemistry and biology research rooms, protecting concrete substrates from reagent spills while meeting biosafety and ADA slip standards.

Research lab after epoxy installation

The Need

An expanding STEM complex needed durable, chemical-resistant flooring across 22 labs handling acids, solvents, and biological agents; the existing sealed concrete was inadequate for containment.

Service Performed

Surface preparation, epoxy primer, 100% solids epoxy base coat, broadcast silica aggregate for slip resistance, and chemical-resistant polyaspartic topcoat in a color-coded room system.

Timeline

14-day installation across spring break, with five rooms completed per day and equipment relocated back same morning for faculty use by term start.

report_problem

The Challenge

Standard concrete sealers were failing under the repeated exposure to hydrochloric acid, acetone, and formalin common in the chemistry and biology suites. Spill containment was inadequate, and two rooms had concrete etching that was now wicking contamination into the slab. The system needed to be BSL-2 compliant, color-coded by discipline, and return to service within 24 hours of installation per room.

cancelReagent Penetration
cancelConcrete Etching
cancelBSL-2 Compliance Needed
cancel24-Hour Return Required
Epoxy installation in progress
22
Labs Installed
Methodology

Our Epoxy Installation Process

01 / PREP

Surface Preparation

Shot-blasting and vacuum extraction achieve a CSP 3 profile, ensuring maximum mechanical bond for the epoxy system throughout the lab environment.

02 / PRIME

Moisture-Mitigating Primer

A moisture-tolerant epoxy primer seals the substrate and bridges micro-cracks, preventing osmotic blistering in the final system over the concrete slab.

03 / BUILD

Base Coat & Aggregate

100% solids epoxy base coat is applied at 20 mils; silica broadcast aggregate is seeded into the wet coat to create the anti-slip profile required by BSL-2 standards.

04 / TOPCOAT

Chemical-Resistant Finish

Fast-cure polyaspartic topcoat rated for acids, solvents, and disinfectants is applied in room-coded colors, enabling 24-hour return to service.

format_quote
"Every room was back in service on schedule. The color-coded system has actually improved safety communication between our lab sections."

— Dean of Sciences, Anaheim Research Institute

22
Labs Completed
BSL-2
Certified System
24hr
Return to Service
20+
Year System Life

Ready to start your project?

Get a custom estimate today and see the CATA difference.

Request a Quote