Escape Mask - Chemical

A personal emergency device for short-term respiratory protection during escape from an area of a chemical spill. Offers protection against organic gases and vapors with a boiling point higher than 65°C, certain inorganic gases and vapors, Sulfur Dioxide and other acidic gases and vapors, Ammonia and Ammonia derivatives.

Features

chemicalescape mask

Pocket-size
Dons within seconds. No adjustment straps.
One size fits all.
Strong, fire-resistant, elastic rubber hood, protects the entire head and seals comfortably at the neck.
Large visor, made of flame-retardant transparent film, allows a wide field of view.
High-efficiency, electrostatic particle filter, with extremely low pressure-drop to allow easy breathing.

Layers of activated charcoal with special impregnation to absorb toxic gases.
A unique breathing device (patent pending) enables rapid exhalation and improves the physiological conditions for the user, preventing built-up of heat or vapor inside the mask.
Training model available.
Available in two colors: yellow and black.

TECHNICAL DATA

Hood:	Visor:
Special Polychloroprene Latex Compound Elongation at break: > 700% Tensile strength: > 150 kg/cm² Temperature resistant: 200°C Fire-resistant to the requirements of NFPA 701	ETFE film – a copolymer of Polytetrafluorethylene with Ethylene monomer Tensile strength: 50N/mm² Elongation at break: 450% Tear resistance: 500 N/mm Temperature resistance: 150°C Flame retardant : UL 94 V-O Light transmission: > 95%

Breathing Device: A device combining two valves for exhalation and inhalation + a soft mouthpiece, all in one unit.

Filter assembly: Multi-Layer filter includes external polyester screen, fire resistant to the requirements of NFPA 701 Electrostatic particle filter, Layers of activated charcoal cloth with impregnation against acid gases, Soft inner pad of non-woven material.

General: Approximate (package) dimensions: 19x15x4 cm. Approximate (package) weight: 190-200 gr.

Filter Performance

Test Gas	Challenge Concentration (ppm)	Flow Rate (Liter/min)	Time to Breakthrough
Carbon tetra-chloride (CCI4)	500	30	45 min at 10 ppm
Hydrogen Cyanide (HCN)	500	30	> 40 min at 10 ppm
Chlorine (CI2)	500	30	> 30 min at 0.5 ppm
Hydrogen Sulfide (H2S)	500	30	23 min at 10 ppm
Sulfur Dioxide (S0)	500	30	36 min at 5 ppm
Ammonia (NH3)	500	30	36 min at 10 ppm

Particle Penetration: Meets EN 143 P2.

Inhalation/Exhalation resistance (at 20 x 1.5 Ifmin): Pin: 166 Pa / Pout: 98 Pa