Photoluminescent Exit Symbols for University Buildings

The exit signs used within a university building play a pivotal role in the amount of energy higher learning facilities consume. Resource preservation is important because it ensures the future existence of non-renewable materials. At the same time, materials are necessary to guarantee the safety of each individual within a structure. How can a university cut costs, save energy, and be in compliance all at the same time? The answer involves changing to a zero-energy design. Photoluminescent exit symbols are products designed to provide visibility in an emergency without requiring electricity. Self-luminous or zero-energy choices and have countless benefits over their alternatives. The identifiers installed throughout a campus determine how effectively students, teachers, and visitors reach an egress point. A pitch black structure or extreme fire conditions are capable of preventing a successful evacuation. Self-luminous alternatives offer a dependable choice for guaranteeing student safety.

How Are Zero-Energy Identifiers Different From Incandescent Options?

Various qualities set photoluminescent exit symbols apart from incandescent or Tritium alternatives. An incandescent product has these specific drawbacks of:

  • Constant Electricity Consumption
  • Increased Installation Materials
  • Heightened Maintenance
  • Backup Power System Requirements
  • Includes Toxic Materials
  • Requires Professional Installation
  • Costly to Dispose

These factors easily show how the choice of incandescent identifiers increases the costs for building safety compliance. Tritium versions became available as an energy saving alternative, but still have their own set of drawbacks. This option contains radioactive materials, still requires a high degree of maintenance, is the most expensive to install, and is difficult to dispose. Photoluminescent exit symbols are the most affordable safety option available on the market today. Local structural codes have begun to include them as a compliance recommendation because of their increased reliability. They supply a few specific benefits to owners than provided by additionally available signing choices. These advantages include:

  • Eliminated Energy Consumption
  • Lower Continued Usage Expenses
  • Increased Visibility  During Evacuations
  • Easy and Low Cost Installation
  • Non-Toxic
  • Recyclable
  • Simple to Maintain

Zero-energy signs are beneficial to any public use or higher learning facility for the above reasons. Options needing constant electricity have a possibility for failure whereas photoluminescent signs remain available with only a minimal amount of care. Generators receiving the utmost care have failed in numerous scenarios and left occupants attempting to find their way down dark corridors and stairs. Battery powered lighting, while more reliable, still has the possibility of not working. Photoluminescent alternatives gain their energy from local light sources. This energy is then emitted as a green glow when lighting is no longer available. This glowing effect remains consistent for hours to supply students and visitors a visibility source regardless of the situation. Zero-energy identifiers aid in a safe exit during fire or blackout situations and are consistently available regardless of whether or not power is present.

They are a superior choice over alternative types of signing because these products offer enhanced visibility, lower usage costs, and an eco-friendly design. A university using these items over traditional choices makes certain occupants have what they need to find their way out and is capable of drastically cutting compliance expenses in the process.

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