At Microban, we maximize our chemistry and microbiology talents to engineer proven antimicrobial solutions. Utilizing industry-leading technologies and best polymer chemistry practices, Microban designs unique antimicrobial solutions for individual partner products. Our experienced staff determine the chemical makeup of each antimicrobial solution based on a product’s uses, applications and likely environments.
How Does Microban Technology Work?
Microban Antimicrobial technology works at a cellular level to continually disrupt the growth and reproduction of microorganisms. It operates a multi-modal attack, damaging the protein, cell membrane, DNA and internal systems of a microbe. Once infused into a product, antimicrobial technology will start to work as soon as a microorganism comes into contact with the protected surface.
- Protein Damage: antimicrobial agents attack the proteins of a microbe, causing failure of essential functions
- Cell Disruption: antimicrobial agents damage the membrane of a microbe, leading to the loss of critical nutrients
- Oxidative Damage: antimicrobial agents cause increased oxygen levels, leading to significant damage to the internal systems of a microbe
- DNA Disruption: antimicrobial agents interfere with the genetics of a microbe, ultimately preventing its growth and reproduction
By creating an inhospitable environment for microorganisms like bacteria, mold and mildew, antimicrobials protect everyday products from staining, bad odours, and premature degradation. Typical material applications include plastics, coatings and textiles to name but a few. Microban® antimicrobial technologies provide continuous 24/7 product protection that does not wear off and remains effective, even if a treated product is nicked, scratched, or abraded.
For more information on how we can identify a suitable antimicrobial technology for your product type, contact us today.