In the sign industry, neon signs are electricity-powered, illuminated signs usually using long, luminous gas-discharge lamps that contain highly concentrated gas-discharge lamps. They’re most utilized by signage, which was first exhibited in a rudimentary form in December 1911 by Georges Claude in the Paris Motor Show.
The earliest models were not that great, and they didn’t last long. But over time the industry improved and eventually produced some of the best and most efficient signs available. London Sign Maker is one of the most famous neon sign makers in the market.
6 Things You Should Know About Neon Signs
1. Neon Signage has evolved through the years because of the development of better lamps and gas-based lamps. Originally, these used a small amount of argon to create the glow.
Today, argon gas is the most commonly used, replacing the previous gas-based lamps. While argon gas can be expensive, newer models are more efficient and affordable.
2. Neon signs also have integrated technology. Typically, the latest models will incorporate either LUX or Liquid Crystal Display (LCD) technology. Both these technologies provide bright, high resolution signage, providing exceptional readability and viewing comfort.
However, Liquid Crystal Display technology takes things up a notch: it offers extremely high contrast ratio and superb color accuracy, eliminating the need for manual correction. It also provides better brightness and greater luminosity control than its competitor. On the downside, Liquid Crystal Displays based signage tend to be more expensive.
3. The two newest technologies to hit the market are Solid State and Photovoltaic. Solid State technology uses conductors filled with neon gases in place of traditional lamps, creating an environmentally friendly method of powering signage.
These signs can be customized to include logos or graphics of your choosing, making them an ideal advertising solution. Also, because of their reliability and long lifespan, they represent one of the best return on investment options for companies looking for a cost-effective solution.
4. Photovoltaic panels utilize energy derived from the sun, utilizing high-voltage between one end and another, to power LED lights at both ends. One advantage is that they do not require a direct connection.
This means, if the signal is weak, one end does not suffer. Another advantage is that because only one side of the panel is used, a much smaller space is required. This means more room space can be utilized for other features, such as sign frames, countertops, or shelves.
5. Both of these methods of powering signage will require connections to an external power source. There are a number of options, depending on what you’re looking for. Some companies prefer to use a transformer to provide a constant source of power, while others may decide to use battery packs or battery tie-ins.
The latter option is preferred by many because it allows for extended periods of operation, and there is no need to replace worn out neon signs and other components, such as connectors and electrodes.
6. Whether you choose to use electric or solar-powered means of powering your neon signs, it is important to have these devices properly installed. Since the beginning, neon signs were considered fire hazards, so they typically had to be mounted in a safe manner.
Signage installation professionals know how to install both types of display, and there is nothing specifically wrong with this decision.
The safety of your customers is the number one priority, and you want to make sure your displays are up to code. You can find a local company that offers this service, or you can try to DIY your own.
For most applications, the installation process consists of two steps: securing the two glass tubes in place, and mounting the lights inside the sign. When mounting signs, it is important to attach the positive and negative leads to separate terminals on the positive side, and the ground to a ground hook on the negative side.
You should allow enough space between the two glass tubes for the positive lead to slide through, and the negative lead to touch the ground. Some neon lights come equipped with the additional feature of hot spots that automatically draw power from the batteries.
The actual power supply for your display’s is not necessary, but many signs do come with a battery that is attached to the circuit to simulate power.