Without temperature control technology in most vaporizers, user always experience a horrible dry blow. Temperature control vaping reduces the rapid burning of wick in your coil so, you don't have to replace it time and again, and at the worst possible time too? If you are tired of the strong vapor that is too hot then it seems that Temperature Control Vaping may be right for you.
The control of the temperature makes it possible to avoid a taste of burning which arises without warning, to grill the locks, to have a vape too hot to burn your lips. That's what it is for! Here we will discuss this technology, what it is and why we want it.
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What is Temperature Control Vaping?
Temperature control seems to be the next step in reducing mischief of vaporizers, creating a surefire way to limit the temperature of resistors preventing dry burns and other bad sensations. The temperature control (TC) function of your vaporizer allows you to preset a value in degrees Celsius / Fahrenheit so that the temperature of your coil will not exceed.
When the TC feature detects that the coil reaches the preset value (temperature), it acts as a limiter and will adjust, restrict or cut the coil supply until the temperature falls below the preset temperature value.
As you will understand, temperature control is a technology that limits the temperature of resistance to a certain limit. Temperature control is an improper term, as these devices lack a thermostatic sensor or temperature sensor. Mods using this technology do not detect the actual temperature of the resistor but rely on the heating variation of the resistor. During a resistance change, the device will adjust and restrict or shut off the power to prevent overheating. Many temperature-controlled devices only work with Nickel or TI pure titanium wire. This is used because compared to Kanthal or Nichrome, they have a more linear relationship between resistance and temperature.
Recommended temperatures for TC Mods:
Your personal preference and taste will decide which temperature range works best for you and since all electronic juices are not created in the same way, the sweet spot will most likely vary from a PG / VG mix to another manufacturer of electronic juices
Our recommended common temperatures are in the range of 200 ° C-250 ° C / 392 ° F - 480 ° F, with the temperature normally set in increments of 5 ° C or 10 ° F.
Some of the newer temperature control vaporizers now include an additional setting that allows you to choose between joules mode or wattage mode.
Some of the newer temperature control vaporizers are now coming with an additional settings mode. In these Mods, you can always choose between Joules and Watts.
What is Joule / Watt mode?
So what exactly is a joule? A Joule is simply another way of measuring energy so you can call it an energy measurement unit.
To be exact, a joule is 1 amp that passes through a resistance of 1 ohm per second. 1 watt equals 1 Joule per second. Since this is a fairly new measure in vape devices, some vape mods may differ from others. The vaporization at 40 joules is comparable to the vaporization at 40 watts.
Safety Precautions
Nickel and Titanium coils are normally wrapped at very low resistance and should never be used in a vaporizer that does not have a Temperature Control Vaping feature.
Nickel and Titanium coils should never be dry cooked for prolonged periods of time, although intermittent pulsing of the coil in the Temperature Control Mode can be performed with relative safety.
Nickel and titanium coils should never be used in any vaporizer in variable voltage or power mode. Always be sure to install the appropriate batteries for a vaporizer that has removable batteries.
Conclusion
Temperature controlled devices are indeed safer when properly adjusted compared to a simple Mod or Box. More and more Mods and atomizers are adapted to the temperature control system. It seems this technology is growing rapidly.
