Proven Success: Canadian Technology Now in India!

“The Future of Well-being Lies in Residual Antimicrobial Technologies.”

Traditional sanitizers and disinfectants exhibit their efficacy solely while the surface remains wet with the product; once the liquid evaporates or is removed, their antimicrobial activity diminishes. Moreover, the required contact time for achieving sanitization or disinfection varies among products, ranging from 30 seconds to 10 minutes. In environments requiring frequent sanitization or disinfection, adhering to these contact times results in repeated exposure to chemicals, increased use of disposable wipes, and substantial time and labor commitments. These challenges underscore the imperative for alternatives to traditional sanitization and disinfection methods.

In recent decades, there has been a concerted effort to develop alternatives that address the limitations of conventional sanitizers and disinfectants. A key objective of these alternatives is to sustain antimicrobial activity after drying, thereby forming a protective coating on surfaces. Termed continuously active, long-lasting, persistent, or residual antimicrobial coatings, these products represent a significant advancement in infection prevention.

At Polyamyna, we have pioneered various continuously active antimicrobial technologies designed to combat pathogens over extended durations. Leveraging our proprietary patent-pending technologies, which integrate material science, engineering, and bacteriology, we offer innovative solutions that redefine the standard of cleanliness.

Testing parameters for our residual antimicrobial coatings, including supplemental residual antimicrobials, differ from traditional sanitizers and disinfectants. Abrasion resistance is a key component of our assessment. Our advanced antimicrobial coating technologies, characterized by superior durability, withstand regular disinfection cycles while providing continuous antimicrobial efficacy against a wide array of pathogens.

These innovative antimicrobial material science technologies utilize optimized polymer systems that incorporate potent active ingredients commonly found in traditional sanitizers and disinfectants. The inclusion of robust polymeric systems enhances their performance and enables us to assert their public health benefits. Our technologies effectively eliminate a spectrum of pathogens, including multidrug-resistant Gram-positive and Gram-negative bacteria, biofilms, spore-forming bacteria, molds, and viruses.