As interest in longer-lasting, more sustainable and more hygienic products has increased, the demand for antibacterial technology has grown significantly. While antibacterial properties have always been valued, scientific developments have improved our ability to integrate them into materials and products that do not traditionally benefit from them.
Today, antibacterial technology is revolutionizing a remarkably diverse range of industries, from textiles and fashion to healthcare and hospitality. Brands can now incorporate this technology into T-shirts, sneakers, paints, plastics and packaging products, to name just a few applications.
However, confusion still surrounds this technology and how it works. So the Polygiene team is here to clear a few things up.
Antibacterial technology is any solution developed to prevent the growth of bacteria or eliminate them entirely. It is often integrated into products and materials at significant risk of bacterial contamination. As bacteria are potentially harmful, this can help improve hygiene. However, it also prevents the development of unpleasant odors and extends product longevity. This is due to the fact bacterial metabolic processes are responsible for many of the bad smells that develop in textiles and other materials, and prolonged exposure can cause damage.
Antimicrobial technology is similar in many ways. However, it refers to a broader range of microorganisms. While bacteria is a type of microbe, there are others. Fungi, mold, and viruses all fall into the wider microbe category. Consequently, antimicrobial technology is engineered to tackle a more diverse array of threats. As such, it is predominately employed when both bacteria and other microorganisms are considered a threat.
Essentially, the difference between antibacterial and antimicrobial technology is one of scale. Antibacterial solutions target bacteria exclusively, while antimicrobial solutions target other microorganisms as well. While all antimicrobial solutions are antibacterial by definition, antibacterial solutions are not necessarily antimicrobial.
Antibacterial technology is highly versatile and has applications in an enormously varied range of industries. These include:
Antibacterial technology can be integrated into coatings that are often applied to high-touch surfaces. This means it is regularly used in coatings for mobile device cases, doorknobs, countertops, paper, and packaging. In these applications, the technology plays a crucial role in reducing bacterial transmission.
Cleaning products are one of the most immediate and regularly used examples of antibacterials. They are specifically designed to eliminate bacteria and prevent their growth and can be found in households around the world.
Hospitals and other healthcare settings must maintain sterile environments to reduce the likelihood of infection. Increasingly, antibacterial properties are being incorporated into a wider range of items in these settings, including bed sheets, gowns and hard surfaces.
With these applications, the primary focus is improving and maintaining hygiene. Addmaster solutions are regularly employed to achieve this due to their efficacy and ease of integration.
In the textiles industry, there is a slightly different emphasis. In these products, antibacterial technology is used to combat bacterial growth and prevent unpleasant odors, reduce a fabric’s overall environmental impact, and improve product longevity. Potential applications include:
As bacteria thrive in dark, damp environments and activewear is designed to get sweaty, our running tops, hiking boots and training gear often get smelly quickly. Antibacterial technology inhibits this growth, minimizes odors, and enables users to wash items less frequently.
Just like activewear, our bed linens, blankets, cushions and furniture coverings provide bacteria with a good growing environment. Integrating this unique technology into these textiles ensures the bacteria cannot thrive and keeps unpleasant smells out of your home.
Antibacterial properties are often incorporated into workwear and uniforms, as these are exposed to high-traffic public environments and conditions that facilitate the growth of bacteria. As we have to wear these items daily, reducing the frequency with which they need washing also frees up time and benefits the user.
Humans aren’t the only ones whose bodies provide bacteria with ideal conditions. The same is also true for pets. As such, we are seeing more and more manufacturers integrate bacteria-resistance solutions into pet beds and other pet products to keep that pet smell at bay.
Antibacterial technology can work in several different ways. We’ll use Polygiene StayFresh™ to illustrate how our own innovative textile solution prevents bacterial growth. It operates on three levels, all of which combine for supremely effective antibacterial action.
In Polygiene StayFresh, the primary active ingredient is silver chloride, a common salt that occurs naturally in salt and water. While we refined the technology for maximum efficacy, it is entirely safe and approved by all relevant certification authorities. Polygiene technology stands out among other antibacterial solutions for its effectiveness, ease of application and longevity. Integrated into textiles at the point of manufacture, it is IN fabric rather than on it. As such, it doesn’t leach and remains effective after washing. Integration into the manufacturing process is relatively simple and Polygiene provides comprehensive implementation and communication support, so customers can effectively market their products’ new bacteria-resistant properties.
If you are interested in learning more about antibacterial textile technology and how Polygiene can add value to your products, head to the Polygiene StayFresh solution page. Alternatively, reach out to our experienced team if you have any questions.
Our regularly updated blog also contains a wealth of information and you can find posts on a wide range of antibacterial topics, including guides to fishing and pickleball clothing, informative pieces on influential textile trends, and news of Polygiene’s latest partnerships and collaborations.
