Product Parameters
Test Gas Type |
Test Gas
Concentration
in Air (ppm) |
Breakthrough Concentration
(ppm) |
Test Gas Challenge
(min.) |
Effective Time
(min.) |
Acrolein |
100 |
0.5 |
40 |
>40 |
HCL |
1000 |
5 |
40 |
>40 |
HCN |
400 |
10 |
40 |
>40 |
CO |
25,005,000,750,010,000 |
200 |
40 |
>40 |
Product Description
T respiratory protection during escape for up to he Fire Escape Hood is designed to provide 40 minutes from smoke, carbon monoxide, acrolein, hydrogen chloride, hydrogen cyanide, and sulfur dioxide associated with fire.
Inhaled air is drawn through the canister, which contains absorbents and a filter that removes or neutralizes specific contaminants.
Exhaled air leaves the facepiece through the exhalation.
Feature
Multi-layer filtration
High temperature resistance
Reflective aluminum foil film
Quick and easy donning Adjustable strap
Suitable for more people Transparent view window
Packaged in plastic box
Packing
- The bottle of the fire extinguisher is usually wrapped with materials such as plastic film or foam to provide initial protection. This inner layer of packaging can prevent the surface of the bottle is scratched, for some dry powder fire extinguishers, but also to prevent dry powder leakage.
2. outer packaging
- The outer packaging is mostly used in cardboard boxes or wooden boxes. Carton is suitable for small fire extinguisher packaging, which will be labeled with the type of fire extinguisher, specifications, methods of use and other important information. Wooden boxes are more suitable for large or heavy fire extinguishers, wooden boxes have better pressure resistance and protection. For example, for some large-capacity carbon dioxide fire extinguishers, the use of wooden box packaging can better withstand the pressure of the transportation process, to ensure the integrity of the fire extinguisher. Whether it is a carton or a wooden box, should comply with the relevant packaging standards to ensure that the fire extinguishers will not be damaged in the normal course of transportation.