Gas Mask Nbc Filter Nato Type 80 G.i Israeli Silver Color Civilian New Model
$69.70
Description
Gas Mask Nbc Filter Nato Type 80 G.i Israeli Silver Color Civilian New Model
Product Description
The Type 80 filter canister was developed for the Israel Defense Force (IDF) to provide
protection against all known NBC agents in the form of vapours and aerosols. It is
supplied as an integral part of all Shalon’s personal respiratory protection systems.
The Type 80 is a robust durable canister intended for military and civil defense use. It
is specially designed for comfort and extended use at a minimal physiological load,
having low breathing resistance and low weight. Its design assures optimal performance
complying with all IDF specifications as well as the performance requirements of the
American Army C2 filter canister. The filter is supplied with a standard Nato thread (40
mm x 1/7”) and is thus compatible with almost all military and industrial respirators. The
Type 80 filters are supplied sealed with leak-proof plastic caps, assuring a shelf life
exceeding 15 years.
NBC FILTER CANISTER TYPE 80
The production of Type 80 filter canisters is controlled by rigorous quality assurance
tests and procedures. Each filter canister is tested in the production line for air flow
resistance, aerosol penetration, leakage and workmanship, and cannot leave the factory
without passing all these tests. In addition, Shalon’s QA laboratories perform gas-life
tests (cyanogens chloride, DMMP, chloropicrin, phosgene, HCN) on charcoal samples
from each drum and on completed canisters sampled from each production lot.
Weight: 228 g (w/o caps)
Diameter:106 mm
Height:75 mm
Air flow resistance:14 mm water gauge at a flow of 30 lpm
Aerosol penetration:<0.01%
CK gas life:100 minutes (at a flow of 30 lpm and inlet concentration of 2.4 mg/lt)
DMMP gas life:250 minutes (at a flow of 30 lpm and inlet concentration of 3.0 mg/lt)
Charcoal:ASC 12×30 complying with Mil-C-13724D
Filter medium:Glass fibre HEPA media complying with ASME AG-1 Section FC-1
Typical performance Characteristics
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