Tilda Publishing
MANTOS-104
Self-rescuer gel based fire-extinguishing cape (with microcapsules)
The fire-extinguishing gel cape MANTOS-104 is a fiberglass 1200x1800 mm in size, impregnated with a fire-extinguishing agent in the form of a gel. Also to enhance the fire extinguishing ability of the cape, microcapsules with a gas extinguishing agent are added to the gel. Upon contact with fire, the capsules burst and the extinguishing agent enters the fire, extinguishing it.

The cape is intended for extinguishing small fires class A and B in the initial stage, extinguishing burning clothes on the human body, evacuation support from burning rooms, pssing through the fire area. It is possible to use a cape for extinguishing fires which are the result of fuel leaks and ignition of other flammable liquids in the engine compartment, components and assemblies.

It is recommended to use MANTOS in crowded places, at transport facilities, in perinatal centers, maternity hospitals and children's institutions, as well as as part of volunteers' outfit in emergency cases

The MANTOS cape ought to cover the fire completely, isolating the fire from the air completely as possible. The gel lowers the temperature, prevents the fiber from burning through, while the gas escaping from the microcapsules displaces oxygen and inhibits the fire reaction.

MANTOS is manufactured in accordance with Organization Standard 4854-007-66926383-2012.

The product has a Certificate of Conformity НСОПБ.RU.ПР022.Н.00106.
Technical specifications

s/n
Parameter
Unit
Value
Sizes
mm
1200х1800
1
-
2
Fiber material
Fiberglass
Resistance to ambient
temperature 200 °C
Resistance to contact with hard surfaces heated to 400 °C
Resistance to open flames
Resistance to heat flow 8,5 kW/m2
Heating time of the hot side of the cape to 100 °C under heat flow 10 kW/m2
Storing conditions
Attenuation coefficient of infrared radiation at heat flow 5 kW/m2
during 5 minutes
The cape temperature while contacting during 20 s with metal surface heated to 400 °C
Life time
3
4
5
6
8
9
10
11
12
13
s
s
s
°С
°С
60
15
180
from – 30 to + 40
24
7
Heating time of the cold side of the cape up to 100 °C under heat flow 5 kW/m2
s
15
min
10
min
5
%
50
Attenuation coefficient of infrared radiation at heat flow 10 kW/m2
during 5 minutes
%
60
100
month
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PRODUCTION
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