Antimicrobial Concrete Sealers and Repellents

Foxfire Antimicrobial Concrete Sealers and Repellents
Concrete Sealers and Repellents

Antimicrobial Concrete Sealers and Repellents

Foxfire Enterprises manufactures cleaning and waterproofing products for a wide variety of surfaces and applications. By adding BioCote® antimicrobial technology* to their flagship line, Foxfire Matrix Pro™, the company now offers concrete sealers and repellents to address the intrusion of moisture and contaminants into the material.

Firefox sealers and repellents have been used with consistent success to clean, rehabilitate and waterproof numerous building façades, industrial floors, parking decks, driveways, sidewalks, ramps, stairs, basements, tunnels, storage tanks, roofs, bridges and other structures. The products are used domestically and internationally at universities, hospitals, airports, factories, processing plants, amusement parks, power plants, utilities, office buildings, seawalls, docks, ramps, tunnels, tanks, hotels, apartments, condos, and warehouses.

With the introduction of BioCote® antimicrobial technology to its penetrating sealer and repellent lines, Foxfire is now able to offer first-in-class protection against microbial growth on concrete, masonry, and stone.

Independent laboratory testing has demonstrated the efficacy of BioCote® protection across our entire sealer and repellent line, with over 99% reductions of microbes after contact with concrete treated with BioCote®-enhanced Foxfire products.

If you are interested in Foxfire’s range of antimicrobial concrete sealers and repellents or in protecting your own products with proven BioCote® antimicrobial technology, please do not hesitate to get in touch with a member of the BioCote® team on +44 (0) 2477 712 489. Alternatively, you can contact us here.

*BioCote® technology does not protect users or others against disease causing bacteria, germs, viruses or other harmful organisms. This technology is not a substitute for good hygiene and/or cleaning practises.