hold on guys just because im no engineer does not mean i dont understand how things works.
First of all for thermodynamics to work you would need to have numbers. Numbers for oils As in how fast oil transfers heat out, absorbtion rate, then you would need numbers for how good the titanium absorbs heat or the stainless cartridges, then you would need to understand that if the transfer rates are lower then the rate of heat production then that means heat is building up inside.
If the oil and other parts can transfer heat out at the same pace the heater can supply heat then the heater will not heat up, now if the transfer rate isnt the same then the heat will just build up.
Krazy talked about Water always staying at 212F which is at its boiling point, i say No it stays at 212F because of its heat capacity and transfer rate. In fact it is so good at absorbing heat and transfering it that it is actually used as a coolant in engines and other higher temperature applications. The heat capacity of oils does not help with heat dissipation. It actually sucks at absorbing heat it and allowing the heater to heat up because it can not transfer heat out fast enough.
The technology that makes TET unique is more than the simple configuration (temp) of a resistor in an atomizer. TET patented technologies are centered on SAFE vaporization through the use of proprietary unique inert high temp materials and the absence of plastic, solder, tape, glue, and fiberglass in our assembly methods. All materials are sourced and manufactured in California. Allow me to elaborate a bit on the subject.
TET products are again unique in that they have a two phase behavior when vaporizing.
When an iron wire turns red it is ~770C or ~1400F. Yes the wire will get red if it is empty/low. That does not mean that it runs at this temperature all the time/when it is used correctly. When a solid is in direct contact with another solid or non-compressible fluid at a lower temp (i.e. the "juice" or EO) it is exchanging (losing) energy (heat) to the fluid through conductive heat transfer. This is only part of what cools the core to the correct temperature during high load use.
The other part of the functionality that plays a role is the convective heat transfer to the fluid or EO that is suspended in the surrounding porous ceramic when the core has a lower fluid level. The rate of convective heat transfer is much lower than that of the conductive heat transfer. When the convection heat transfer is occurring the fluid will not be in direct contact with the wire as it is held away from the element by the porous ceramic. The Convection (hot air) heats the liquid inside porous ceramic to the point of vaporization while keeping the liquid from direct contact with the heating element.
Both of these heat transfer mechanisms play a role when using the CERA core (consuming, vaping) from high load level on down through a lower level load.
TET urges all of you to perform a taste/performance test and conclude as many have already what device you prefer for safe vaporization.
Use the products as recommended on the TET website and you will maintain a SAFE vaporization temperature and first class experience.
Now Mr Dolphin im gonna call bs on your whole line here.
first of all nothing is secret about your wire it is based on Nichrome 80 with a few additives.
Proof is here.
Second section please dont even try to explain this. The LL cartridge glows like hell even with more air flow going over it then the EO cartridge it will still keep glowing. Given the fact that your EO cartridge has a more restrictive air flow, and oil being terrible with heat capacity and ceramic known to be a good heat shield this means bad at transferring heat out of the cartridge, all that pent up heat in the cartridge isnt helping with taste. Something you need to understand about Vaporization, you need air flow, and air flow creates vapor if your talking about convection. Without air flow your oil is burning up not just vaporizing but burning up as is the question here. Since not all oils are equal even the tiniest impurities are going to combust ( this is what i mean by burning ).
The Statement still stands. Wire heaters are old technology.
Hercules SR 71 Black Rod = 800F
Wire Heaters = 1300F
When you vaporize and you start to reduce your oil surrounding the heater the heater heats up. Remember the air flow never changes because for the EO has a max inhale limit. This means less oil and heat being transferred out and more hotter the heater gets. Now when you said that that you need conductive and convective to cool down the heater to perfect temperatures then your theory just fell apart because once less oil is near the heater and you cant increase air flow to compensate for the less oil the heater will just keeping going up and up.
Example. Only an example. This is only an example not a rep of real numbers. Just a theory of less oil means higher temps.
1 gram of oil + 1/4 CFM of air = Heater Temperature of 400F
0.5 gram of oil + 1/4 CFM of air = 800F???
and 0.25 gram of oil + 1/4 CFM of air = 1200F??
If thats the case does that mean soon as you start using your EO its getting hotter and hotter with every hit?
Thats what im getting.
One thing we know bigger surface area = less heat and more vapor and lower temperatures = tastier and healthier vapor. You are burning off things near 900F when your running low as the air flow still keeps the rod at lower temps.
More air Flow, bigger surface area, lower temperatures and no more Nichrome 80 wires or any other types of wires that require less surface area higher temperatures and which means burning of oils because they might have impurities.