IPAC Ablative Coating Technology Team to Present at ACS 2024 Spring Meeting

The IPAC Ablative Coating Technology Team is set to present their award winning, patented ViSTAT™ ablative technology at this year’s 2024 American Chemical Society Spring Meeting.  Dr. Ralph Dacey, Jr., Robert Roth, and Thomas Kennedy will discuss this unique antiviral, antibacterial coating technology. Aggressively tested on HVAC filters with excellent results, this technology has an endless range of everyday coating applications from hospital surfaces to airports and beyond.  Don’t miss this ground breaking presentation during the ACS 2024 Spring [...]

Supply Chain Report Features IPAC’s latest Coating Technology used in HVAC filters

IPAC Unveils Revolutionary Bioactive Filtration Technology, Elevating HVAC Industry Standards: International Trade Council Report INDUSTRIAL POLYMERS & CHEMICALS, INC. (IPAC), a pioneering manufacturing company based in Shrewsbury, Massachusetts, has developed a groundbreaking bioactive filtration technology. This innovative approach, leveraging biocidal polymer systems, is set to transform the effectiveness of residential and commercial HVAC filters in combating airborne viral and bacterial pathogens. #IPACTechnology Click here to read the entire post For more information, please contact Susan Dacey, IPAC President & CEO at sdacey@industrial-polymers.com

IPAC Whitepaper Introduces HVAC filtration to reduce the airborne transmission of infectious disease

Scanning Electron Microscope micrograph of ablative polymer pathogen inactivating coating on fiberglass filter at 154X What started as a contest during the COVID-19 Pandemic has grown into a patented HVAC Filtration System.  In addition to the multi-billion-dollar Air Filtration Market, IPAC’s award winning ViSTAT™ ablative technology has endless everyday coating applications, from hospital surfaces to airports and beyond. IPAC’s safe, new bioactive filtration technology dramatically improves the efficiency of viral inactivation by HVAC filters.  In addition, this technology does not impair [...]