Your Safety, Redefined

Extensive testing and verifications confirm the NanoFlashing™ Air Filter outperforms conventionalmedia across all three areas of wildfire smoke, ultrafine particles, andbiofouling from viruses, bacteria, pollen and fungi — while resisting biofouling and improving pressure drop.

Conventional water filters foul with biofilm and lean on chlorine to compensate. NanoFlashing™ charge destroys viruses, bacteria, and fungi on the media itself, so biofilm can’t form and its positive charge also pulls in negatively charged contaminants like PFAS that ordinary filtration misses.

Device surfaces — catheters, implants, tubes — foulwith microbial biofilm, and once a biofilm forms it resists cleaning and antimicrobial treatment. Silver and antibiotic coatings fight it by releasing achemical, but the chemical gets used up, and antibiotic coatings can driveresistance. NanoFlashing™ charge is built into the device surface and doesn’t deplete — it captures and destroys viruses, bacteria, and fungi in contact withthe surface, by physical action, with nothing to grow resistant to.

Fungi is textile’s hardest problem. Mold weakens natural fibers; dermatophyte spores — athlete’s foot, ringworm — shed ontosocks, towels, and sheets, and an ordinary warm wash doesn’t kill them, so the fabric keeps reinfecting the wearer. Chemical antifungal finishes wash out, andthey are toxic. NanoFlashing™ charge is built into the fiber and destroys viruses, bacteria, and fungi wash after washes.

Spoilage and foodborne pathogens — mold on bread and produce, Listeria that grows even under refrigeration — start on the packaging surface. Conventional active packaging often works by migrating anantimicrobial into the food itself. NanoFlashing™ charge is bonded to thesurface and destroys viruses, bacteria, and fungi there, with nothing migrating into the food.