Antibacterial Coatings
Harmful bacteria, viruses, spores, mold and fungus on surfaces can not only lead to sneezing and causing, they can also result in serious illness and even death, but antibacterial coatings can eliminate these threats. Visit OxiTitan’s Web site at www.oxititan.com and you will discover how they are on the cutting-edge of technology with antimicrobial coatings that remove health risks. Consider these facts:
• Cleaning isn’t enough. Why? Because that even with regular cleaning, surfaces will become contaminated. Even the most dependable cleaners can’t be working around the clock, which is why antibacterial coatings are important to guarantee that surfaces remain free of germs between cleanings
• OxiTitan uses chemical reactions to trap microbes. How? The positive charge of OxiTitan attracts, traps, and then oxidizes the negatively charged virus, bacteria, mold, fungi, spores and volatile organic compounds on the treated surface. The result is that antibacterial coatings guarantee that facilities not only look clean, they really are clean and absent of health risks which could harm someone
• Protecting the health of individuals is important on two levels. Why? On the most human level it’s vital because no one wants to know their irresponsibility has resulted in illness or death to someone else. Antibacterial coatings are important on a practical level because a failure to eliminate mold, virus and other threats could result in health problems to people and subsequent litigation
• Applications for antibacterial coatings are endless. How? Health risks that OxiTitan can help prevent anywhere individuals congregate or live. This starts with healthcare facilities such as hospitals, retirement centers, physician’s offices, dental centers, veterinary offices, etc. Those treated at these facilities, or who live there, may already be seriously ill and eliminating any health threats is paramount to assure their conditions are not worsened. The coating is also important in protecting the health of those treating them
• Schools, public and government facilities are other areas where applying antibacterial coatings is critical. Why? The risk of infection and disease is high in areas where large amounts of people gather regularly, especially children who are more susceptible to illness. Owners of commercial buildings also need to address the health of employees and customers. Along with making sure they are healthy, this also helps prevents decreases in revenue resulting from employees who are absent from work because of illness
• Applying antibacterial coatings also pertains to the surfaces of hotels and cruise ships. Why? To assure individuals staying there not only remain well, but that they do not transport any illnesses with them to their destinations. Additionally, the same holds true for entertainment facilities such as sporting arenas, casinos, theme parks and other venues to assure those attending events there do not become ill. Covering the surfaces of public transportation facilities is also important
• The importance of antibacterial coatings isn’t limited only to commercial applications. Because? Homes are also a breeding ground for dangerous health contaminants. This is why using OxiTitan is essential for the residences of those who have weakened immune systems, asthma problems, and where elderly residents and children are living. That’s because the stale air they are breathing could not only be odorous but also poison them.
You should never breathe foul air in your home, because it’s more than only irritating. And facilities of all types have a responsibility to safeguard the health of those using their buildings or who are housed in them. To learn more about how OxiTitan is focusing on those issues with antibacterial coatings, visit their Web site at www.oxititan.com.
Antibacterial Coating
When it comes to what’s eating someone, it may not be only about what is bugging them emotionally. This is because what is causing grief for an individual could be harmful bacteria, viruses, spores, mold and fungus on surfaces.

