Brave Industrial Solutions:
Anti-Microbial (Hygiene) Coatings

Brave will design an engineered coating system that will structurally and chemically prevent the build-up or trapping of dirt/residue on which microorganisms feed and grow. This system contains active anti-microbial agents that remain in the solids of the coating for its entire lifespan and kill microorganisms that might contaminate the substrate or environment, preventing the growth of disease causing organisms and the spread of nosocomial infections. No matter how effective a surface is against microbes, it is susceptible to residues that form and support microbial growth. Our seamless, waterproof anti-microbial membranes enable easy/effective cleaning that prevents build-up of such films without the need for bleaching.

• Kills on contact and prevents the growth of bacteria and fungus (including molds)
• Proven against wide range of microorganisms
• 99.9% effective against antibiotic resistant strains such as MRSA and E. coli 0157
• Hard wearing- extreme durability under high humidity and stringent cleaning regimes, including rigorous sterilizing procedures
• typical life spans between 10 and 15 years
• Anti-microbial system remains active throughout design life of coating
• Seamless system - free of joints, seams and other areas that harbor dirt and microorganisms regardless of the shape or complexity of substrate
• Highly elastomeric coating tolerates thermal movement without cracking or flaking
• Impact and chemical resistant
• Fire retardant and no fire risk during application or curing
• Withstands extreme temperatures
• Waterproof
• Vapor permeable- allows substrate moisture to escape without blistering
• UV stable
• Partial to full substrate reinforcement is possible
• Quick / easy to apply, and fast curing with return to normal operations within 24-48 hours
• Environmentally friendly anti-microbial system is non-leaching, non-toxic (will not release biocides or other toxic chemicals that might contaminate nearby surfaces)
• No phenols, mercurials, or heavy metal complexes
• Water-based and free of strong odors or volatile organic compounds (VOC's)
• Long term, Extended Life-Cycle Savings- unlike traditional hygiene materials, they need not be replaced at end of design life, just re-coated to restore lifespan with no over-coating window
• Suitable for walls, ceilings and floors
• Can be applied on various substrates including but not limited to: brick, cement, glass, metal, wood, plastic, tile, insulation materials, mastics and painted surfaces
• State-of-the-art Silver Ion Technology with mounting evidence of powerful antiviral effects
• Anti-microbial action breaks cell walls, disrupts microbial respiration and stops microbial replication
• Easy to clean
• Multifunctional cleaning/disinfecting agent used with coatings is ideal for infection control (proven effective against many species of bacteria and viruses) and replaces bleach cleaning
• Various standard colors and finishes (matte to gloss, patterned) and special color orders allow for greater design possibilities
• Comprehensive guarantees up to 10 years

Anti-microbial hygiene coatings outlast and
outperform traditional hygiene materials:

• Conventional Fungicidal Paints

  Contain biocides which are in excess on the surface of the dried paint. While this will temporarily kill microorganisms, the biocides will leach potentially toxic chemicals into the environment, and washing cycles dilute the effective portion of the paint so that they are efficient for only two to three years. These paints also tend to lose adhesion and are therefore only used on dry static substrates.

• Ceramic Tiles

  Very hard, easy to clean and impermeable. However the grouting is the weak link which supports microbial growth. Tiles can only be used on ideal (flat) substrates.

• Wall Cladding Systems

  Inert, but expensive and require specialist installation. They do not provide a seamless finish and unlike hygiene coatings usually have no inherent surface protection.