Polycab IGNIS Fire Survival Cables
Polycab IGNIS Fire Survival Cables are a dependable choice for critical fire safety applications. Engineered to withstand high temperatures, these cables maintain integrity during fire incidents, ensuring continued electrical performance. Trust Polycab for a high-quality fire survival solution that prioritizes safety in diverse industrial and commercial settings.
Description
IGNIS Fire Survival Cable
In today’s building & installation, electrical cables & wires have a significant role in fire safety. Generally electrical insulation and sheathing compound catch fire unless it is fire retardant or fire resistant. This results in overheating of wires & cables arching, short circuit or electrical fault. Cables contribute significantly to the spread of fire and heat emission, increased smoke emission, increased carbon monoxide level, production & release of corrosive gasses.
Polycab IGNIS fire survival cable (low smoke zero halogen – LSZH) are suitable for use in various indoor & outdoor applications where continuity of power supply during the event of fire, is highly essential and corrosive gas evaluation could be a cause of hazard to the people or the precision instruments in high rise building , schools, hospitals, hotels, Malls, Subways etc. Polycab IGNIS Fire Survival Cable conforms to various IEC and BS specification. The cables are tested in leading labs and approved by many Indian public
sector company and other industries.
Polycab IGNIS Fire Survival cable is a result of continuous research & development and innovation in highly sophisticated and modern R& D centre.
In order to meet the latest demands of environmentally friendly cables with increased safety in the event of a fire, Polycab offers a high range of product that meets:
1. The green & healthy environment
2. Halogen free environment which contributes to less corrosive gases and prevents the damage of human beings and equipments near the fire.
3. No emission of toxic gases which allows fire fighters to work and people to exit.
4. No release of dense smoke that improves the visibility of the exit routes and facilitates the rescue operartion.
5. Takes much more time than the traditional cables to catch fire which helps in the evacuation of operation.
6. Excellent flame retardant properties that prevent the spreading of fire.
7. Maintains the circuit integrity of those vital instruments which help in the rescue operation, fire fighting and exit as follows:
a. Booster pump system e. Rescue elevators
b. Water sprinkling system f. Alarm hooters
c. Emergency lighting g. Ventilation system
d. Fire & smoke detector system
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