Containment area coatings
To avoid catastrophic contamination from chemical hazards, secondary containment areas and sumps are often deployed. The finishes on these containment areas and sumps must be durable enough to hold spills until they can be recovered or neutralized and disposed of. Concrete is used as the base structural material in most cases but it is porous, and many chemicals will soften or dissolve concrete with prolonged exposure. To maintain integrity, concrete and most other construction materials need to be coated with chemically resistant finishes. These finishes must also be able repel moisture, withstand abrasion, and inhibit rust and corrosion. Thus, only specialized, high chemically resistant finishes for secondary containment areas are appropriate. Coatings must be able to stand up to acids such as sulfuric or strong bleaches like chlorine, caustics like potassium chloride, and various petroleum products like fuel oil.
Appropriate detailing can customize the coating systems for handling a working environment with normal wear and tear. Secondary containment area coatings are formulated with added components that provide physical features suitable to most industrial applications. Material selection must take into consideration the capabilities of the coating or lining system to withstand the range of chemicals that it will be exposed to along with handling the physical environmental demands. Spill containment berms and sumps of any size for oil, fuel, and chemical spills can be made by coating them with these cost-effective epoxy coatings suitable for protecting concrete, plastic, steel, wood, and even asphalt.
Common berm and containment applications include wash-down, storage, and secondary containment for aircraft, trucks, tankers, trailers, and other equipment in a variety of berm sizes, as well as containment of oil, fuel, chemicals, acids, generators, trucks, and other power equipment used in-plant or at remote locations.
These epoxy coating systems are generally applied in two or more coats, resulting in a thickness of 20 mils to 40 mils. There is often the need for support materials to bridge cracks and fill holes as required.
Durall offers complete kits custom sized to each project and finish requirement. The kits include what is needed to achieve a sufficiently smooth surface that will bind the coating well, establishing the necessary impermeable and contiguous, chemically resistant barrier.
For a detailed quote of materials needed to apply epoxy paint to your floor, please visit our free cost analysis page at http://concrete-floor-coatings.com/costanalysis/
For more information, contact Chris Biesanz at email@example.com or phone 1-800-466-8910 or 952-888-1488 (24/7).