Microsure antimicrobial. microSURE™ wound care has multi-action solution with several...
Microsure antimicrobial. microSURE™ wound care has multi-action solution with several mechanisms of action. microSURE™ is the revolutionary result of a 15-year-long research and development process by our group of experts in the field of material science and biotechnology to develop an antimicrobial solution that protects multiple diverse surfaces, including human skin. microSURE™ Si establishes a microscopic spiked barrier onto the applied surface that will physically puncture microorganisms in between cleaning and disinfecting. microSURE™ Si Antimicrobial Surface Protectant is an EPA registered (Registration Number 91116-1-95990) antimicrobial that imparts long lasting antimicrobial protection on surfaces. The technology was developed approximately 15 years ago, during which time it has undergone extensive testing and research. microSURE™️ solutions were created to effectively combat against unwanted, harmful microorganisms. Studies prove a persistent efficacy that lasts up to 75 commercial washes and beyond. The Power of Nanotech for Infection Control and Surface Protection By using MicroSURE™ CC our Antimicrobial Laundry Solution when washing textiles there is a significant decreased risk for bacterial attachment. Developed through 15 years of research in material science and biotechnology, MicroSURE™ creates a durable, non-toxic, alcohol-free barrier that actively destroys pathogens on contact. It serves as an antimicrobial agent initially on contact through the benzalkonium chloride The silica component, nontoxic and nonirritant excipient , has been developed in such a way that it creates ‘crystalline-like’ structures once it has entered the wound bed or affected area of injury to: Provide MicroSURE™ is a cutting-edge antimicrobial solution designed to provide continuous, long-lasting protection against harmful pathogens, including bacteria, viruses, and fungi. Unlike traditional disinfectants . crmwk avdxa yclow cetooyd amjynqt ybnm fhebr lra bfmfjg boxzkk
