| Products | Chemical/Biological Personal Protection |
PIDS, Personal Incident Decontamination System![]() Powerful and effective, the Personal Incident Decontamination System (PIDS) is a personal binary spray bottle of EasyDECON DF200, the chemical/biological decontamination formulation developed by Sandia National Laboratories. DF200 has been proven to effectively neutralize chemical agents such as Sarin (GB), Mustard (HD), VX, Soman (GD), as well as a variety of toxic industrial chemicals. The formulation has also proven to effectively kill biological warfare agents including anthrax and plague, bacterial and viral pathogens including SARS virus, E Coli and the virus that causes Avian Flu. Registered with the EPA, the formulation has been successfully tested by the US Military and a host of other accredited testing institutions. Environmentally FriendlyEasyDECON irreversibly breaks down the molecular structure of chemical agents into nontoxic subcomponents, so there is no toxic byproducts. It is safe to pour down the drain, to drip onto the ground, or to run off into sewer systems after use without causing ecological damage. EasyDECON has been proven safe for use on a wide variety of materials, including concrete, asphalt, wood, ceramic, carpet, fabric, leather, stucco, metals and materials commonly found in Personal Protective Equipment (PPE). ApplicationsAppropriate for mail rooms and other facilities where mail is handled, DF200 was used to remediate the Trenton, NJ postal facility and other buildings that were contaminated with anthrax in autumn of 2001. Because EasyDECON DF200 effectively neutralizes chemicals while killing biological pathogens, it is also a powerful mold remediation formulation, killing spores and neutralizing mycotoxins. The PIDS is a single use spray bottle. This kit contains pre-measured bottles of the three parts of the formula, and once combined, provides 22 fl. oz. of EasyDECON DF200 solution. The PIDS’ ergonomic holster design allows for comfortable hands-free, belt mounted transport. |