Safeguarding vital equipment

We’ve all heard about bulletproof glass, whether from films, general knowledge or having it, and we know it isn’t just glass, but exactly what is it which makes it so resilient and how many other applications might it have?

Well, the term bullet proof "glass" in it isn’t absolutely false, bulletproof glass does have glass in it. This is layered throughout the bulletproof glass many times, the difference being the glass used in bullet proof glass has normally been subject to a tempering procedure wherein the glass is a lot tougher than normal glass.

The layers in between the tempered glass are then made of polycarbonate and thermoplastics that are way more robust than glass. This gives a way more robust construction able to withstand serious impacts and even though this is often related to armoured vehicles and such meant to actually stand up to impacts from gunfire, such sorts of glass have lots of purposes outside of military applications.

In the first place, anything that is outside and might be vandalised can benefit greatly from getting layers more robust than glass protecting them. Some examples here include shop windows, which ought to be resistant to shattering to help stop robbery, help kiosks, which must shield Lcd display displays from criminal damage and dispensing units which must safeguard against both vandalism and thieves.

Moreover, protective screens have some incredibly good uses in industrial applications. In industry, environments can be harsh, so bumps and scrapes are usually work-related hazard of any equipment in them along with, high and low temperature ranges and potentially detrimental substances. This makes screening just like bullet proof glass, very desirable for protecting over display systems and touch screen interfaces which might be utilized on an industrial plant.

Combining the technology to produce tough glass with some smart touch screen technology; projected capacitance can then help you to make incredibly tough protective sheets capable of withstanding large impacts, without tarnishing the key equipment inside, this is often how touch screen kiosks present in town and city centres everywhere in the UK are constructed and also touchscreens used in industrial purposes like on chemical plants, refineries, food processing plants etcetera.

Such glass may also have protective coatings over the glass too. This can be to provide a degree of scrape resistance to keep the glass clear and usable though again returning to industrial scenarios; it may be needed to incorporate a protective layer to prevent chemicals from causing damage to the outer lining, again, which will lead to further problems otherwise.

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About the author

The author works for a company who provide industrial computer monitors LCD with industrial touchscreenss and custom display solutions.

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