Plasma lighters are a popular product that is produced by a wide array of manufacturers. As a trendy product, it is also one that is subject to shoddy manufacturing practices. Anybody interested in purchasing one of these lighters needs to be careful and make sure that they are made by a reliable company. Lighters purchased online from disreputable sources may not work properly. They may arrive cracked and the company that sold them may not take refunds. As a result, anybody interested in purchasing these flameless lighter should research the manufacturer and the company offering the product. Customers should only buy from established, proven companies that will deliver them a quality product.
Potential consumers should also make sure to figure out what they will need their lighter for before purchasing one. Some lighters are better at lighting bowls or curved surfaces than other lighters. Certain models might have a longer battery life that would be better for long trips. Individuals who want to light grills or start fires may be interested in plasma lighters that have extendable necks or are so long that they never bring the user’s hands too close to the potential flames.
The most common feature of any plasma lighter is the lighting mechanism. These mechanisms come in two clear forms. The first is the arc form. With arcs, lighters create two electrical poles and run current between them. This current creates a small electrical arc made out of plasma. The plasma is hot enough to set most products on fire. It can be created by two or multiple electrodes.
Some brands craft their arcs in interesting patterns that distinguish their products from their competitors. The other most common approach is the red spot. Several lighters have a spot that is connected to a coil. When the button is pressed, the coil creates an arc inside of the mechanism that lights up the spot. The spot then becomes red hot and can light fires just like any other arc.
Another common feature of these lighters is their windproof and splashproof design. Traditional lighters and matches tend to be almost useless on windy days. An inopportune gust can cause the flame to quickly peter out. The same effect happens in a wet situation or during a rainstorm. Plasma does not have these considerations. The mechanism that creates the plasma is tightly housed in a waterproof case. While they cannot be immersed in water, splashes will not cause them to short. In addition, a strong wind will not overwhelm and snuff out the plasma arcs. Plasma arcs create heat in an entirely different process from oxygen-dependent matches or butane lighters. This approach results in a sturdier and more reliable plasma lighter.
Finally, these lighters all have electrical components that set them apart from traditional lighters in terms of safety. They do not require butane fuel and many advertisements stress the possibly harmful side effects of lighter fluid. Butane fuel can easily spark and cause a …