The dangers of smoke inhalation during a fire cannot be overstated, says Tom Merton, Technical manager at fire protection solutions provider Armacell. Around 95 per cent of fire-related fatalities result from toxic smoke rather than burns, which means it is imperative for specifiers to take proactive measures to prepare for potential fire emergencies. Here, he investigates how the development of new insulation materials is helping to create a safer, more energy efficient healthcare environment.
Fire safety requires a multifaceted approach, including escape plans, fire compartments, fire doors, smoke alarms, firestopping, amongst many others. It also requires careful specification of insulation materials, meaning those that have low smoke emissions. Taking this approach can significantly reduce the risks associated with smoke inhalation and enhance chances of survival in the event of a fire.
While conventional elastomeric products that contain brominated flame retardants are very effective at inhibiting combustion in fires, they tend to produce a high level of smoke. That is why we have focused on developing intrinsically flame-resistant polymers by using our ArmaPrene patented technology.
We now offer a complete range of B/BL-s1,d0 classified elastomeric insulation tubes and sheets, which are able to help healthcare specifiers address regulatory frameworks and compliance standards. This classification is often referenced in contexts related to building materials and fire safety.
Log in or register FREE to read the rest
This story is Premium Content and is only available to registered users. Please log in at the top of the page to view the full text.
If you don't already have an account, please register with us completely free of charge.
