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High-Performance Secondary Containment Coating & Lining Services

Partnering with expert secondary containment coating contractors is critical when a failing industrial containment system threatens your facility with massive regulatory fines and safety hazards. If your bund walls, sumps, or tank farms show signs of cracking, chemical erosion, or concrete degradation, you need specialized intervention before your next EPA or OSHA inspection. We deliver seamless, high-performance resinous barriers explicitly engineered to withstand the harshest chemical environments.

HPS Epoxy Flooring Since 1988

Why Choose High Performance Systems As Your Secondary Containment Coating Contractors?

Standard concrete is porous and highly susceptible to chemical attacks. Our team installs advanced, multi-layer protective systems that guarantee 100% fluid-tight integrity. From harsh acids and alkalis to fuels and solvents, we customize our formulations to match your facility’s exact chemical profile.

As leading industrial containment lining installers, we handle the entire lifecycle of your project:

  • Substrate Testing & Prep: Shot-blasting, diamond grinding, and moisture testing to ensure an unbreakable bond.

  • Structural Remediation: Repairing deep concrete pitting, cracks, and joint failures before coating.

  • Spec-Driven Installation: Utilizing premium Novolac epoxies, vinyl esters, and polyurethanes.

  • Compliance Assurance: Ensuring your secondary containment structures strictly meet EPA, OSHA, and SPCC mandates.

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Finished seamless resinous barrier installed by industrial containment lining installers at a chemical processing facility's tank farm.
EPA-compliant fuel tank farm featuring a protective floor coating installed by professional secondary containment coating contractors.

Industrial Containment Lining Installers: Tailored Chemical Resistance for Every Industry

Different chemicals require different defense mechanisms. When you hire secondary containment coating contractors, a one-size-fits-all approach won’t cut it. We spec and install specialized systems tailored to your industry:

Whether you handle concentrated acids in a chemical processing plant or harsh sanitizers in a food facility, experienced secondary containment coating contractors understand how to prevent hazardous substances from escaping into the environment.

Regulatory Compliance Note: Failing to maintain an impermeable barrier can result in catastrophic fines. Choosing reliable secondary containment coating contractors ensures your facility remains fully compliant with EPA 40 CFR 112 (SPCC) regulations and local New Jersey DEP mandates.

The HPS Advantage: Engineered for Zero Downtime

We understand that shutting down a processing line or tank farm costs money. That’s why facility managers trust us over generic commercial painters. Our crews work around your production schedules—including nights, weekends, and holidays—to complete installations rapidly without compromising quality.

Regulatory Compliance Note: Failing to maintain an impermeable barrier can result in catastrophic fines. Choosing experienced secondary containment coating contractors ensures your facility remains fully compliant with EPA 40 CFR 112 (SPCC) regulations.

Industrial containment lining installers spraying a seamless, chemical-resistant polyurethane barrier inside a storage tank dike.

Schedule a Site Evaluation & Request a Quote

Don’t wait for a minor leak to become a major environmental crisis. Our team can engineer a seamless, chemical-resistant barrier to protect your facility, your workforce, and your bottom line.

Request a Free Estimate Today

Call our industrial flooring experts or fill out our online form for a rapid response.

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FAQs

What regulations govern secondary containment coatings?

In the United States, secondary containment systems are primarily regulated by the EPA under 40 CFR 112 (SPCC guidelines) and 40 CFR 264.193. These mandates state that containment structures must be completely impermeable to the materials being stored and capable of holding the contents of the largest tank for a specified duration. Our seamless resinous coatings are engineered specifically to meet and exceed these federal, state, and OSHA safety compliance standards.

The timeline depends heavily on the size of the area, the extent of concrete damage, and the specific material being applied. A typical project involving surface preparation (shot-blasting), concrete crack repair, and a multi-layer epoxy or vinyl ester application usually takes 3 to 5 days. Because unexpected downtime is costly, our crews routinely work nights, weekends, and holidays to get your containment area back online as quickly as possible.

Yes, but the concrete must be properly remediated first. Applying a chemical-resistant coating over moving cracks or deeply pitted concrete will result in systemic failure. As full-service industrial containment lining installers, our process includes structural concrete restoration. We use heavy-duty polymer mortars and flexible joint fillers to repair cracks, voids, and eroded bund walls to create a perfectly stable, structurally sound substrate before applying the final protective lining.

Standard epoxies offer great general protection but will rapidly degrade, soften, or blister when exposed to highly concentrated acids, aggressive solvents, or corrosive chemicals. Novolac epoxies are formulated with a much higher cross-linking density, giving them superior thermal stability and specialized resistance against extreme chemical attacks. We carefully analyze your facility’s chemical profile to spec the exact resin blend—whether Novolac, vinyl ester, or urethane—required for your specific hazard.

When specified correctly and installed by professional secondary containment coating contractors, a high-performance industrial lining system can easily last 10 to 20+ years. The exact lifespan depends on the frequency of chemical exposure, mechanical wear (like foot traffic or forklift impacts), and routine maintenance. We recommend annual visual inspections to catch minor localized physical damage before chemicals can breach the barrier and reach the underlying concrete.