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| We'll begin with some basic definitions. Just what is fire-rated glass? As the name implies, it is glass that has proven to offer a certain degree of protection in the face of fire. That may sound like a strange task for glass to perform.
| A comprehensive fire protection program addresses at least three things: detection, suppression and compartmentation. Detection devices such as smoke and fire alarms provide early warnings and are essential for alerting people to danger.
| Part of what made the fire so deadly was the inadequate fire protection in place at the time. According to Associated Press sources, the fire alarms in the building were extremely unpredictable.
| Windows and, generally, glass allow you to see and to be seen. However, sometimes it may be desirable to be shielded from view. Liquid crystal glazing is a perfect alternative to conventional curtains in a variety of contexts.
| The energy loss associated with glass is a major concern for designers and owners. Heat loss in winter and overheating in summer represent a major portion of the heating and air-conditioning (AC) load, contributing significantly to the cost of operating a building.
| Wired glass is more dangerous than regular glass when it breaks because the exposed wires are razor sharp.
| In order to determine the safe use of fire-rated glazing in critical life safety locations, you need to know how much radiated energy passes through any given fire-rated glass product.
| Glass is a versatile material. Especially large area applications such as facade solutions impart their own visual effect and therefore require a targeted selection of the appropriate product.
| The use of transparent glass in conducting electricity using LEDs, short for light emitting diodes, is increasing. LED's are approaching the lifespan of standard building materials, making it cost effective to embed them directly in structural components and architectural finishes.