Invisible for our eyes, but more dangerous than ever: harmful microorganisms like viruses, bacteria, or fungi. Even our clothing can harbor many dangerous germs. This is a particularly sensitive area, especially when it comes to hospital textiles. However, there is a solution – the innovative antimicrobial technology AGXX, which can be seamlessly incorporated into textiles to provide excellent protection.

AGXX is an innovative antimicrobial technology that operates in a fundamentally different manner than conventional biocides, particularly silver technologies. Unlike traditional antimicrobial technologies, AGXX does not rely on the release of silver ions or any other toxic or environmentally harmful substances. Instead, AGXX functions through the catalytic conversion of humidity and oxygen into reactive oxygen species (ROS), which ultimately eradicate microorganisms.

The effectiveness of AGXX has been demonstrated against over 130 microorganisms, including antibiotic-resistant germs such as MRSA. Additionally, AGXX exhibits excellent antimicrobial efficacy against bacteria that are resistant to conventional silver technologies, such as certain E.coli strains.

Through collaboration with various textile institutes and industry partners, AGXX particles have been successfully integrated into nylon and lyocell fibers. Furthermore, surface coating of textiles with AGXX has also been proven successful. Importantly, the antimicrobial efficacy of AGXX-treated fabrics remains uncompromised even after 100 washing cycles, highlighting its mechanical and chemical durability.

As AGXX does not degrade over time, it provides long-lasting antimicrobial protection, thereby enhancing the lifespan of materials and products. This prevents bacterial or fungal deterioration and contributes to sustainability efforts in the industry. Incorporating AGXX into clothing has wider applications as well. It can help to prevent the spread of infectious diseases in the medical sector by providing appropriately prepared workwear. Furthermore, the technology ensures increased comfort in sports clothing by preventing unpleasant sweat odor. Additionally, it extends the service life of textile filters, making them more reliable and efficient.