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All of us has seen a neon sign due to the fact that they are easily recognizable and are distinctive because of the radiance, colors, and the look. Most everybody can place neon Budweiser or Coors signage, neon Corona sign,
neon beer sign, neon open or closed sign, as well as a neon Drive thru Sign for different reasons. But not just anyone can create neon signage, or inform you just how to produce neon signage.
The process of generating neon signage is an intricate operation that will require specialized neon devices, time, perserverence, as well as skill. The first action in rendering neon signage would be settling on the style of the sign. Exactly how big should the neon signage be? What items might the neon sign say? Will it be a neon beer sign, a
neon open sign, or a custom made neon sign? What hues could be in the sign? Any of these are creative questions that might be determined by the craftsman who is executing the sign or perhaps by the individual who is ordering a made to order
sign. Following choosing what exactly the neon sign could look like, the next step is usually to start executing the signage.
Virtually all neon benders (those that generate
neon signs), will draw a pattern of the design on non asbestos paper. Once the pattern is done, the neon bender should begin the bending process. The bending of neon signs is maybe the most intricate and most essential component in manufacturing neon signage. A neon bender takes a straight glass tube, typically 4 or 5 feet in length, but it may be 8-10 feet long. These tubes vary in measurement generally from 8mm to 18 millimeters, but have been known to be as small as 6mm or as big as 25mm across it's center. Totally dependant on the length and the diameter of the glass tube, the neon bender will heat up the glass in either a ribbon burner or by hand using a hand torch.
The neon bender will slowly roll the tubing in the flame of the ribbon burner or torch all the while sliding it back and forth in the fire to heat close to 3-6" of the glass tubing evenly. The bender should proceed in doing this until after the tubing begins to change to become bendable. At this time the neon bender will take the glass tube out of the flame and bend the tubing to go with the shape drawn on the non asbestos paper. At the time they are going through the glass bend, it is extremely important that the neon bender blows just barely into the tubing from a blow hose stuck to an end of the tubing (while the counter end is closed off), so they can keep the perfect diameter of the glass. As the glass tubing gets hot, it starts to collapse on itself, and so by slightly blowing through the glass tubing, the neon bender sidesteps this. It is additionally quite important that the neon bender won't stretch the tubing when it is heated while doing a bend. Because the tubing is so hot and is melting, it is pretty simple to stretch the glass. Stretching the glass weakens the glass, which of course may lead to breakage in the glass when it cools down or when it is moved. Also, caved in glass or stretched out glass in the bends will not only make the sign weak, it will not look as good as it could, which of course is quite imperative when it comes to
neon signage.
After completing a bend and permitting the tube to cool down adequately, the neon bender will take the glass tube and put another part of it directly in the fire to heat it once more to complete a second bend. He replicates the exact same operation of heating,
bending, blowing, and cooling many times until the
sign is wholly completed. The complexity and how big of the sign determines the length of time it might take the bender to complete bending the signage. Plus, a more proficient bender generally functions more quickly than a novice, and could possibly produce more complex
neon signs.
Click on this link to look at examples of finished
neon signs.
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