CBRN-CE filter

Description

for SE-Shield PAPR & SEA full face masks

European CE approval as CBRN

Used against particles, dust, smoke, fume, bacteria, viruses, biological warfare agents, and a wide range of organic, inorganic and acid gases and ammonia. Examples: Sarin, nerve gas, mustard gas, cyanogen, phosgene, radioactive dust, toxic particles, aerosols, tear gas, bacteria, viruses, anthrax, smallpox etc. — Also provides protection against industrial gases such as ammonia, hydrogen cyanide, acid gases, chlorine, sulfur dioxide, hydrogen chloride and many more.

Features

Combined gas and high-efficiency particle filter P4
Tested for common industrial chemicals
Tested for CBRN compounds such as mustard gas and sarin
CE approval and labelling as CBRN filter

Datasheet

Filter for CBRN use (European labelling)

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Description: CBRN (chemical, biological, radiological, nuclear) filter
Usage: Protection against particulates, dust, smoke, fumes, bacteria, chemical and biological warfare agents, ammonia, and a wide range of organic, inorganic and acid gases
Material: Housing of ABS/PC plastic
Weight: 495 g
Breathing resistance: <50 mm H2O (4.9 mbar at 85 l/min
Particle filter medium: Non-woven hydrophobic fibreglass paper, mechanical filtration
Gas filter capacity:
- SE40 CBRN PAPR with dual filters: Service life exceeds the 90-minute requirement of BS8468-4:2008 Capacity Class 90 for CBRN PAPR for all 10 Test Representative Gases (TRGs). Tests are conducted at 64 l/min
- FP-C negative pressure RPD with single filter: Service life exceeds the 15-minute requirement of BS8468-2:2006 Capacity Class 15 for CBRN negative pressure RPD for all 10 Test Representative Gases (TRGs). Tests were conducted at 64 l/min
Particle filter capacity
- P4 penetration <0.003% using paraffin oil at 95 l/min
- P4 high flow penetration 0.01% using paraffin oil at 250 l/min
Chemical agent permeation resistance: The filter was tested with FP-C CBRN air purifying respirator and SE40 CBRN PAPR on a breathing machine against distilled sulphur mustard (HD) and sarin (GB). The devices achieved a capacity of 8 hours for HD and GB vapour, and 2 h for HD liquid. Tests were conducted at a breathing rate of 40 l/min.