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- Advanced Agion® Antimicrobial | Sciessent
Hands down, Agion is the “smartest” antimicrobial in the industry, only activating when it needs to defend against microbes This innovative approach provides the longest lasting protection for everything from textiles and apparel to water devices to medical devices to surfaces, and more
- Agion® Antimicrobial Product Sheet | Sciessent
Check out the Agion Antimicrobial Product Sheet to discover how you can add the industry's most advanced antimicrobial technology to your products
- Sciessent - Antimicrobial, Anti-Odor, and Water Repellent Technologies
Knowledge Hub Agion® Antimicrobial Product Sheet Read More PilltecTM Read More Sciessent’s Response To The COVID 19 Pandemic Read More
- Agion® Antimicrobial Proven to Inactivate Viruses by 99. 99 . . . - Sciessent
The Agion® Antimicrobial is presently registered by the United States Environmental Protection Agency as a preservative and bacteriostatic agent for use in treated articles under 40 CFR 152 25a
- Agion® Active X2 Antimicrobial Anti-Odor Technology | Sciessent
Leveraging copper and silver antimicrobial technology, Agion is designed to automatically release its antimicrobial components ONLY when conditions for bacteria growth are present
- Applied Rooftop Units and Aero - Carrier
aces over a short time period A study conducted by the Department of Microbiology at Miami University has proven that stainless steel coated with agion can reduce the amount of such bacteria as e coli
- AgION antimicrobial - Langdon, Inc.
AgION® antimicrobial compound suppress the growth of bacteria, molds, fungi and other microbes These versatile antimicrobial-coated steels are ideal for consumer and industrial applications in appliance, construction, food processing, food equipment, HVAC and medical markets—anywhere the growth of bacteria, molds and fungi may be a concern
- Agion® - Brentano
Agion® antimicrobial technology is based on naturally occurring elements (silver and copper ions) It is not a topical treatment; rather, it is extruded into a polyester fiber
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