Skip to content Chemical resistant epoxy flooring is the first line of defense for New Jersey industrial environments facing hazardous spills.
Standard coatings often soften or “fish-eye” when exposed to harsh chemicals. Our heavy-duty systems are formulated for:
Moreover, pH Extremes: Resistant to both low-pH acids and high-pH caustic cleaners.
Furthermore, Solvent Protection: Engineered to prevent penetration from alcohols, ketones, and hydrocarbons.
Secondary Containment Compliance: Meets strict environmental regulations for chemical storage areas and labs.
In addition, we customize the chemical resistant epoxy flooring chemistry based on your facility’s specific chemical profile.:
Novolac Epoxies: The gold standard for high-concentration sulfuric acid and aggressive solvent resistance.
Urethane Mortars: Ideal for food processing where organic acids and thermal shock occur simultaneously.
Vinyl Ester Coatings: Used in extreme environments like plating lines and chemical processing plants.
Our teams ensure every installation of chemical resistant epoxy flooring meets USDA, FDA, and OSHA safety standards. From pharmaceutical labs in Newark to manufacturing plants in Paterson and Rahway, we provide local expertise. Our teams ensure every installation meets USDA, FDA, and OSHA safety standards.
Industrial Service Notice: We work exclusively with commercial and industrial clients. We do not provide residential services or home garage coatings.
Standard epoxy provides basic protection, but true chemical-resistant flooring uses advanced resin chemistry, such as Novolac epoxy or Vinyl Ester. These materials have a higher cross-linking density, which creates a tighter molecular structure. This prevents corrosive agents from penetrating the surface and reaching the concrete substrate, which would otherwise lead to structural degradation.
Consequently, not all resins resist all chemicals. To specify the correct system, you must identify:
Chemical Type: Is it an acid, alkali, solvent, or organic fat?
Concentration: A 10% sulfuric acid solution requires different protection than a 98% concentration.
Temperature: High temperatures increase the “activity” of chemicals, making them more aggressive.
Duration of Exposure: Is the floor subject to occasional splashes or constant immersion (as in secondary containment)?
When standard epoxies aren’t enough, these two systems are the industry standards:
Novolac Epoxies: Specifically engineered for high resistance to concentrated acids (like sulfuric or phosphoric) and high-heat environments.
Vinyl Ester: Often used in secondary containment areas, these coatings offer extreme resistance to oxidizing acids and organic solvents that would melt traditional epoxy.
Even the best chemical-resistant coating will fail if the bond to the concrete is weak. Chemicals can find their way through microscopic cracks or “pinholes” caused by poor application. Professional installation involves diamond grinding or shot-blasting the slab to a specific Concrete Surface Profile (CSP) to ensure the resin mechanically locks into the concrete, preventing delamination under chemical stress.
Yes. Many chemical-resistant systems are hybrid solutions. For example, Urethane Cement is frequently used in food processing because it resists both the organic acids from food waste and the “thermal shock” of boiling-water washdowns. These systems are “engineered” to be multi-functional, combining chemical defense with extreme physical durability.
