A fire escape is an exit route attached to the outside of a building. These are commonly found on residential buildings with multiple levels but may also be part of some commercial structures. These safety mechanisms consist of platforms, stairs and ladders fastened to the outside of a building. Individuals can use these routes to reach safety quickly if a fire occurs. At the lowest level of the escape is a hinged or pull down ladder. This design prevents unwelcome visitors from entering the building without trapping occupants during fires. Signage to identify these exits is required by state and local regulations. Fire escape signage includes exit as well as directional identifiers.
Fire escapes are highly beneficial if your structure contains many levels of residential occupants. They were first patented in 1887 with their usage becoming very common in larger cities consisting of these types of buildings. A fire can spread very quickly leaving occupants very little time to find an exit or make it down multiple flights of smoke filled stairs. These exit routes allow occupants on higher levels to immediately make their way outside to ground level safety. Exiting occupants can also notify others who may not be aware of the fire or help anyone having trouble getting out.
Fire Safety Signs: Available Material Usage Options
You can use fire safety signs to direct people to these beneficial exit points from anywhere within the building. Materials used for safety signs as well as route establishment are utilized for all types of emergencies. Regulations are managed by state, local, and federal authorities. All structures utilized by the public have to meet minimum safety requirements to provide proper emergency exit point identification. A majority of older building signs were made of a radioactive material called tritium. Tritium produces light through a chemical mixture held within tubes. The mixture allows for visibility even when electricity is not present.
If tritium fire safety signs are effective, why are many buildings being switched to safety identifiers made from other materials? This particular chemical is radioactive and poses additional risks to people as well as the environment. If one of the tubes containing this material breaks, the area has to be evacuated. In an emergency, this occurrence is highly likely due to increased temperatures, tremors or high winds. A secondary option is light-emitting diode or LED products. These items are not radioactive, last over an extended period of time, and emit a glowing light. They work great as long as power can be supplied to them. Both have the possibility of not working thus posing additional danger to visitors or occupants.
Is there another option which can be cost effective as well as reliable? The answer to this question is signs made of photoluminescent materials. GloBrite signs are luminous, meaning they do not require power to work under emergency conditions. Fire escape signage is an important component of your overall egress marking system. Luminous materials allow signs and markings to be seen easily in multiple critical situations. By utilizing this newer material, you can be sure occupants can reach safety and your building is within code.