Good evening! I hope everyone had a great weekend and is settled into Monday;(
I have a few pages to catch up on so here I go!!
I have a few pages to catch up on so here I go!!
Yeah mate I have done the experiment...I posted about it above. That's what set off this whole thing for me. I built two identical coils..one Ni 80 and the other Kanthal. To me they ramp up the same, but according to Steam Enjin the Kanthal is faster....fractionally.I've used both wires extensively and there's no doubt that the same build on Ni80 ramps up faster than KA1.
Try this experiment - try a 5 wrap round wire build of 24G Kanthal and a 5 wrap round wire build of 24G Nichrome and you'll know straight away. It's not even a subtle difference.
That's one reason why mech users like it - you can have a bulky coil with Ni80 that ramps up nice and fast.
I've had a look at the wire wizard calculator on Steam Engine and can see the numbers and read the definition of heat capacity, but it's not clear how that applies to ramp up time.
Seriously??!! I had to go and check as I didn't remember entering any comps
But I've won an Innokin Kroma 217 kit!! I am so stoked![]()
Yeah I read that. Again, not according to Steam Enjin. Check it out. Nichrome 80 has a higher heat capacity than Kanthal.
That actually makes sense to me. If Kanthal has a higher resistance than Ni 80 it has more "electric" friction, thus it'll heat faster.
I know it's the general consensus, and always been said that Ni 80 is faster than Kanthal, but Steam Enjin's figures shows that it's not.
Riddle...isn't it![]()
I've used both wires extensively and there's no doubt that the same build on Ni80 ramps up faster than KA1.
Try this experiment - try a 5 wrap round wire build of 24G Kanthal and a 5 wrap round wire build of 24G Nichrome and you'll know straight away. It's not even a subtle difference.
That's one reason why mech users like it - you can have a bulky coil with Ni80 that ramps up nice and fast.
I've had a look at the wire wizard calculator on Steam Engine and can see the numbers and read the definition of heat capacity, but it's not clear how that applies to ramp up time.
Yeah mate I have done the experiment...I posted about it above. That's what set off this whole thing for me. I built two identical coils..one Ni 80 and the other Kanthal. To me they ramp up the same, but according to Steam Enjin the Kanthal is faster....fractionally.
Heat capacity is how the ramp up speed of a wire is measured.
Ni 80 takes more wraps to get the same resistance as Kanthal...but even if I project Ni80 to the same amount of wraps as Kanthal (using SE), the Kanthal is still faster on ramp up....fractionally.
Interesting stuff FredYeah mate I have done the experiment...I posted about it above. That's what set off this whole thing for me. I built two identical coils..one Ni 80 and the other Kanthal. To me they ramp up the same, but according to Steam Enjin the Kanthal is faster....fractionally.
Heat capacity is how the ramp up speed of a wire is measured.
Ni 80 takes more wraps to get the same resistance as Kanthal...but even if I project Ni80 to the same amount of wraps as Kanthal (using SE), the Kanthal is still faster on ramp up....fractionally.
This is a screen shot from Steam Enjin about heat capacity
View attachment 963883
This is further down. I'm not to flash in the English department...you will make more from it..?
View attachment 963885
I'll do that. That would give a much better indication.I'd use two coils with say 8 wraps each, so that there's a bit more of a delay for them to ramp up.
That's would be interesting to hear their response mate.Interesting stuff Fred.
I'd hoped that Ange would chip in here - she understands the scientific side a lot better than me. The idea of using larger massed coils (more wraps) for a new experiment seems a good one.
I'm thinking I might send an email to Steam Engine and see if they can explain the correlation between heat capacity and ramp-up in layman's terms. Will post something if they get back to me.


Glad you like it mate. This is the wicking system of the future...i'm sure.Good morning shinies
Here's the "finally built" Kumo sitting on a Mixx.... fantastic RTA.
View attachment 963903
Similar to the Brunhilde in that it is basically and RDA sitting on top of a tank. But the wicking system is truly innovative. It has a disc on the bottom of the 'chimney' which sits just shy of the bottom of the tank. The liquid is transported up and onto the cotton. So simple but soo efficient...you'll like this one T and it looks so much better than the Brunhilde....a real winner and so well machined. Aspire and Steampipes have knocked it out of the park with this one. So many spares and accessories too.
Have a good day everyone![]()
I need to have it wide open and then it's perfect!!Glad you like it mate. This is the wicking system of the future...i'm sure.
Next challenge for the designers will be to make a bottom airflow with this wicking system
Where do you like the airflow?
I'm like it with 3 holes...but only 3/4s open![]()
Hi T, I have not used Kanthal in a long time but only SS. I might just try some Ni80. It is certainly easier to find than SS.Hi S!
Might be worth trying out Ni80. I started using it when I was vaping rdas on mechs.
I loved the faster ramp up and preferred the taste to KA1.
I also liked that compared to SS, I was drawing less current on a similar build with Nichrome (higher ohms/ft). Felt safer.
Don't vape those setups so much now but I kind of got used to it. Still my fav wire.
Its all those beautiful pics! The Gods are watching! They told Innokin.Seriously??!! I had to go and check as I didn't remember entering any comps
But I've won an Innokin Kroma 217 kit!! I am so stoked![]()
After a crazy day at work it was nice to come home to something shiny.
![]()
I can't wait to see your thoughts and review on the BFThe only thing you can do is to make sure the legs are well spread so there's no obstruction for the air to flow.I need to have it wide open and then it's perfect!!
I had a little bit of an issue while wicking. I deliberately wicked it quite loosely as I've had some issues with dry hits on the Brunhilde. I had the same at first with the Kumo until I really made sure the wick was 'stuffed' down on the deck. Now it's wicking really well but the airflow is a tad tighter. I've tried clearing the wick around the coil but no dice....any tips??

