There is continuous development and innovations happening over gears for dabbing and vaporizing concentrates. Advancements in technology and the growing knowledge help us to do dabbing or vaporization more safely and efficiently. Initially, vapers were placing their concentrates or waxes directly to the surface which was heated. While that may be healthier than flat out combustion smoking, it is not the absolute healthiest method of consumption. Latter, convection and low temperature dabs were explored with products like bangers. There are always new entrants in dabbing world and bangers like Thermochromic bangers which provides a color changing effect as it heats up.

Let’s have a look into the Thermochromic bangers, another cool innovation that provides a better dabbing experience.

Never touch a hot banger accidentally again! Yes, the Thermochromic bangers will help you to access the temperature of it. A Thermochromic quartz banger is a thermal banger that has color shifting particles in the chamber. These particles changes color from light to dark as your banger heats up. The thermochromic frit consistently turns the same colors at specific temperatures and allows the user to tell the temperature range of each dab. Generally, the first color is yellow, the second orange, and the third is red. Yellow is too cool to take a hit and red is too hot. You will get the best hit either at orange or while orange shifting to yellow. Once you get used to this banger you can pretty much watch when the right temperature has been achieved by recognizing the shade of color that corresponds to your preferred dabbing temp.

Thermochromic bangers allow you to know the temperature without the use of extra tools and also lead to a more gentle heating process. Lower temperature concentrates dabs are famous for their distinctively better flavor and smoothness. And Thermochromic bangers help you to have that experience. These bangers are not only useful, but are really cool too. While these bangers may not have enough distinct colors gradients to provide the most precise temperature, it is far more convenient than the other options.