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EAP – Nanotechnology Enhancer and Food Acid Etch-Proofing Sealer Stone and Concrete Countertop Fabricators and Decorative Concrete Professionals who want to prevent food-acid etching on masonry and marble surfaces depend on EAP. They recognize the unhappiness of customers who witness the acid attack of lemons, limes, salad dressings, hot sauces, and even pickle juice and peaches. The result is an ugly white etch mark that leaves a permanent scar on the once beautifully flawless surface. Traditional sealers don’t repel the food acids the way EAP does, and epoxy and polyurethane sealers that sometimes do work look artificial or like a plastic cover. EAP molecularly bonds below the surface and forms an extremely thin, quartz-like film of protection over the surface. The finish is customizable and can appear clear, matte, or even polished or honed to the desired look. EAP forms a microscopic nanotechnology layer over the surface that is virtually impenetrable and more scratch resistant than many of the surfaces to which it is applied.
This is the world’s first single component product versatile enough to resist uric acid on bathroom floors and food acids on countertops, not to mention graffiti wipe off on expensive exteriors. More EAP Benefits:
*According to the EPA, “Volatile Organic Compounds are compounds that have a high vapor pressure and low water solubility. Many VOCs are human-made chemicals that are used and produced in the manufacture of paints, pharmaceuticals, and refrigerants. VOCs are common ground-water contaminants.” EAP Consumers and Purchasers:
Blocks Weather Damage and Stains:
Application of EAP: Typically, EAP is applied to stone and tiles after installation on counters, tabletops or flooring. Following application by roller, EAP requires a 24 hour dry time. On highly polished tones like granite or marble, it then requires a fine buffing to remove any dust or airborne particles. The treated material is then grouted and breathable NANO1000 (another all green Kinloch USA product) is applied to the grout joints. Designed for Porous Surfaces:
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