Seek, I saw Busardo's videos about SX mini because e-smokeguru told me that he made 2 more videos about this device.
Joule is watts per second. Its the power that a device produce per 1 second. Totally useless to vaping. No one bothers if his device produce 40 watts per sec or 20 watts per sec. The only that user needs to know to enjoy his vape, is the level of temperature, the constant vape and the constant flavor.
dna40 and SX mini have a huge problem that Busardo mention on his video but he missed the opportunity to comment on it. It was when he had burn taste on kayfun. This means that temperature control doesnt really work. What I mean? Please read below:
A temp control device has to keep temp at a specific level but it ALSO has to know when it has to stop to avoid burned juice and especially burned wick. A burned wick on a temp device is unacceptable. The wick has to stay clean in every setting of the temp, otherwise you vape the fumes of the wick and acrolein, formaldehyde, achetaldehyde etc.
Another reason for burn taste is nickel. See why: Lets say that you make a wire at 0,1 ohm resistance. Its a big one for nickel, yes? Ok, now imagine that you unscrew the cap to load a new battery or unscrew your atomizer for some reason (to adjust air on his kayfun for example). The resistance changed at about 0,05-0,1 ohm, because you didnt screw exactly the same way the cap or the atomizer, or your connections on wire got loosy or........ and of course threads get dirty over time. So this means that after a while you may vape with a 0,15-0,2ohm total resistance when the device recognized a 1 ohm resistance at the beginning. Can you imagine the huge difference?
So its not a problem of atomizers but a nickel problem. Thats why we need wires with big resistance like titanium. With a 1 ohm resistance on a titanium wire, if the resistance changes at 0,1ohm, nothing special will happen, because 0,1 ohm comparing to 1 ohm is very small, when 0,1 ohm comparing to 0,2 ohm is doubled!
Other very serious problems:
Try sx mini on its max temp or at least at 280 Celsius degrees that is the limit for VG. (devices with bigger limit are not serious). There you can check if the device can handle the wick and the juice, because in low temps all are going well but on higher temps the problems are visible
Also, you have to check devices in another way too. Put your device on the refrigerator and then vape it for 10 mins in your room. You have to have the same vape all the time on a device but I dont think you will have it. Why is this important? Lets say that you set up device on home and you want to vape it outside home (or the opposite) in Russia. Device will read a resistance at 20 celsius and when you vape it outside home the temp will be at -20. Same thing in Africa.
A serious temp device has to vape the same on any enviroment.
I think we have to hit the nail when we make devices and not just fancy screens if you agree.
One more thing. We DO want to know the right temp. Its not a matter of joy but a matter of health. If you enjoy or you get used to a higher temp than 280 Celsius degrees (and the device shows the wrong temp, lets say that is shows 240 Celsius degrees), that will produce a lot of unhealthy components, when you will THINK that you vape safely at 240 degrees.
So, enjoying just a temp, its not the right way for a serious temp device to work.
Joule is watts per second. Its the power that a device produce per 1 second. Totally useless to vaping. No one bothers if his device produce 40 watts per sec or 20 watts per sec. The only that user needs to know to enjoy his vape, is the level of temperature, the constant vape and the constant flavor.
dna40 and SX mini have a huge problem that Busardo mention on his video but he missed the opportunity to comment on it. It was when he had burn taste on kayfun. This means that temperature control doesnt really work. What I mean? Please read below:
A temp control device has to keep temp at a specific level but it ALSO has to know when it has to stop to avoid burned juice and especially burned wick. A burned wick on a temp device is unacceptable. The wick has to stay clean in every setting of the temp, otherwise you vape the fumes of the wick and acrolein, formaldehyde, achetaldehyde etc.
Another reason for burn taste is nickel. See why: Lets say that you make a wire at 0,1 ohm resistance. Its a big one for nickel, yes? Ok, now imagine that you unscrew the cap to load a new battery or unscrew your atomizer for some reason (to adjust air on his kayfun for example). The resistance changed at about 0,05-0,1 ohm, because you didnt screw exactly the same way the cap or the atomizer, or your connections on wire got loosy or........ and of course threads get dirty over time. So this means that after a while you may vape with a 0,15-0,2ohm total resistance when the device recognized a 1 ohm resistance at the beginning. Can you imagine the huge difference?
So its not a problem of atomizers but a nickel problem. Thats why we need wires with big resistance like titanium. With a 1 ohm resistance on a titanium wire, if the resistance changes at 0,1ohm, nothing special will happen, because 0,1 ohm comparing to 1 ohm is very small, when 0,1 ohm comparing to 0,2 ohm is doubled!
Other very serious problems:
Try sx mini on its max temp or at least at 280 Celsius degrees that is the limit for VG. (devices with bigger limit are not serious). There you can check if the device can handle the wick and the juice, because in low temps all are going well but on higher temps the problems are visible
Also, you have to check devices in another way too. Put your device on the refrigerator and then vape it for 10 mins in your room. You have to have the same vape all the time on a device but I dont think you will have it. Why is this important? Lets say that you set up device on home and you want to vape it outside home (or the opposite) in Russia. Device will read a resistance at 20 celsius and when you vape it outside home the temp will be at -20. Same thing in Africa.
A serious temp device has to vape the same on any enviroment.
I think we have to hit the nail when we make devices and not just fancy screens if you agree.
One more thing. We DO want to know the right temp. Its not a matter of joy but a matter of health. If you enjoy or you get used to a higher temp than 280 Celsius degrees (and the device shows the wrong temp, lets say that is shows 240 Celsius degrees), that will produce a lot of unhealthy components, when you will THINK that you vape safely at 240 degrees.
So, enjoying just a temp, its not the right way for a serious temp device to work.
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