MIRA Safety P-CAN Police Gas Mask Filter - 10 Year Shelf Life | Fits CM-6M & CM-7M Gas Mask

Featuring the same basic characteristics as other MIRA Safety filters, these hydrophobic P3 police gas mask filters have almost 3 times as much activated carbon as competing filters, providing up to 12 hours of rock-solid, reliable protection, even in wet conditions. The filters are produced with standard round threads according to STANAG 4155 (EN 148-1)- Rd 40 x 1/7". In addition to a shelf life of almost double than competing filters, they also meet EN 14387:2004 + A1:2008 standards for the removal of CS/CN gas in vapor form. Individual canisters are vacuum-sealed, dated, and black in color for easy identification in inventory. KEY FEATURES: Specifically designed for law enforcement professionals for use with riot control agents/tear gases including CS, CN, and OC pepper spray Hydrophobic coating on the embedded P3 filter ensures reliable function in rain, snow, or practically any conditions Longer-lasting protection with almost 3X the activated carbon of competitors (250 cm3 vs. 90 cm3) Delivers over 12 hours of reliable protection from riot control agents giving officers the confidence they need to keep the peace Compatible with standard 40 mm NATO-threaded respirators, which are widely available 10-year shelf life long-term savings and practical logistics with police gas mask filters that will remain usable for half an officer s career Weighs in at just 290 grams (10.2 oz) with a diameter of just 111 mm (4.3 inches) Based on MIRA Safety filter design used by military personnel, CBRN specialists, and special operations forces all over the world Certified by European agencies and bearing the CE symbol, compliant under EN 14387:2004 + A1:2008 When Regular Filters Just Won t Cut it Police in many American cities have come to realize that the filters that came with their standard riot gear start to saturate and fail fairly quickly. That s where our new P-CAN police gas mask filter comes in. Designed specifically with the needs of riot police in mind, it can withstand prolonged exposure to all major riot control agents in practically all climates with a shelf life that spans half an officer s career. Exposure to riot control agents and their lachrymatory effects is enough to take an officer out of action for up to an hour. The results can only make a bad situation worse. Protect yourself with the most cutting-edge new police gas mask filter on the market today MIRA Safety s P-CAN filter. Technical Specifications: Technical Data Breathing Resistance in Pa Diameter 110 mm @ flow rate 30 l/min @ flow rate 95 l/min Height 75 mm EN P-CAN EN P-CAN Weight 290 g 5% 260 99.999 SX - LE Agents D- dust R- reusable Note: 1) requirement of European Standard EN 14387+A1 2) the filter was tested on dolomite dust clogging ENVIRONMENTAL CONSIDERATIONS: Thanks to its hydrophobic P3 filter that s embedded, these police gas mask filters can be exposed to sustained heavy rainfall without water ingress. They ve been tested to perform at temperatures as low as -32 Celsius and exposed to temperatures of up to 159 Fahrenheit. They re also functional in a full range of humidity from 5% all the way up to 100%. Salt breeze will not deteriorate the filter, but prolonged exposure will limit it to a service life of 12 24 hours maximum. STORAGE AND MAINTENANCE: The filters are sealed in plastic bags by the manufacturer. Store the filters unopened in a clean area with an even temperature, preferably 23 to 86 F (-5 to +30 C) and relative humidity below 80%. The storage period (month and year) for filters is clearly marked on the filter label. Do not try to regenerate the filters. Never clean the filters with compressed air or compressed water. DISPOSAL: After use, remove from the respirator and treat the filter as special refuse and dispose of as solid waste in accordance with current wastetreatment regulations based on the substance(s) filtered (gasses or particles). Please consult the appropriate local authority and/or regulations for disposal advice and locations.