goldfinger
Well-Known Member
Does anyone have experience with this in a ball vape? If so, which vape? How did it work? Did it impact your operating temperature? Which is better in your opinion?
"Zirconium Dioxide Properties, Production and Applications - Matmatch
Zirconium dioxide, also known as zirconia and zirconium oxide, is a crystalline metal oxide that has found its way into the ceramic industry. Read more about how zirconia is one the most commonly used materials in various industries and application areas.matmatch.com
hello I'm looking for balls that are as safe as possible, I was thinking of boro balls this one: https://m.it.aliexpress.com/item/10...2218fcNP1jpw&mp=1&gatewayAdapt=gloPc2itaMsite"Zirconium Dioxide Properties, Production and Applications - Matmatch
Zirconium dioxide, also known as zirconia and zirconium oxide, is a crystalline metal oxide that has found its way into the ceramic industry. Read more about how zirconia is one the most commonly used materials in various industries and application areas.matmatch.com
Zirconium dioxide has a thermal conductivity of 2 W/(m·K), which makes it perfect for situations where heat needs to be contained.
"
so it's more like borosilicate glass (around 1W/m*K) , and boro beads are much cheaper....
I might order the glass ones, how do you know it is boro glass? I'm a bit afraid of breaking them. They are way cheaper then the rubies though.hello I'm looking for balls that are as safe as possible, I was thinking of boro balls this one: https://m.it.aliexpress.com/item/10...2218fcNP1jpw&mp=1&gatewayAdapt=gloPc2itaMsite
But also ruby but i don't know if is safe as boro
Ruby: https://m.it.aliexpress.com/item/10...2218fc9jUV6C&mp=1&gatewayAdapt=gloPc2itaMsite
I'm interested in safety and efficiency, I know rubies conduct better than boro balls, but are they so much better if we don't count the recovery time?
we are in the same boat, however I ordered them and they must arrive at the end of March, I asked the seller and he said they are boro balls, you can only trust them and check when they arrive. I will keep you up to date!I might order the glass ones, how do you know it is boro glass? I'm a bit afraid of breaking them. They are way cheaper then the rubies though.
yes I know, but before taking the ruby I want to try the boro ballI looked at the thermal properties and didn't think they would be a good material for ballz. Perhaps as an addition to other balls, they could increase heat retention marginally. Smaller balls are less likely to crack and I think 3mm is safe with any of the suitable materials. It doesn't even matter if they crack!
Do you know the conductivity of the rubies?"Zirconium Dioxide Properties, Production and Applications - Matmatch
Zirconium dioxide, also known as zirconia and zirconium oxide, is a crystalline metal oxide that has found its way into the ceramic industry. Read more about how zirconia is one the most commonly used materials in various industries and application areas.matmatch.com
Zirconium dioxide has a thermal conductivity of 2 W/(m·K), which makes it perfect for situations where heat needs to be contained.
"
so it's more like borosilicate glass (around 1W/m*K) , and boro beads are much cheaper....
it seems to me that it is around 40, however one thing is the data on paper another is the real testsDo you know the conductivity of the rubies?
Stainless steel has around 16w/mk, is a lower number better for keeping the heat?
around 40 W/m*K as mentioned..Do you know the conductivity of the rubies?
Stainless steel has around 16w/mk, is a lower number better for keeping the heat?
ye I understand.... it's actually a bit hard to find an official post about x beads vs y beads because in the industry they don't use beads usually, because of the risks of beads falling on somebody etc', safety is important when you work with big systems with high temps etc'....mostly i can't find a single post, video or anything comparing ruby balls to boro balls, If you have seen any please send me the link thanks
no, for example wood has a very low K value and it's a great insulator (because of its air pockets)Wouldn't a high conductivity number (rapid heat exchange?) mean that they lose their heat faster?
Ceramic has a K value of 3.8W/m*K so I think Rubies are better overallCeramic balls for soaking up heat?
Ceramic seems to be the hot ticket for dabbing cups.
Ceramic balls for soaking up heat?
https://www.bocabearings.com/products/3mm-c-si3n4-ball-grade-5-1-pc-1920
https://www.bocabearings.com/products/3mm-c-al203-ball-grade-10-1-pc-4218
Not sure, is this similar to the balls I linked.Ceramic has a K value of 3.8W/m*K so I think Rubies are better overall
https://fadespace.com/products/s-tier-insertAluminum Nitride Ceramics has extremely high Thermal Conductivity
of over 200 w / m / K - This is 133 Times More Than Quartz.
Crazy K value
it has a lower maximum temperature than SiC, I imagine it would be easier to form into any shape while hot than Sic because of that.dunno if beads even exist with its hardness of material?
yeah, you're right. the cp value of SiC is much lower than the cp of the Rubies, hence it's easier to warm SiC, the beads will be ready sooner. so it's better by its K value and cp. only question left is how much SiC cost vs Rubies or Boro beads? boro has great cp value but not too good K value.Heat capacity makes a difference too. Higher heat capacity and heat conductivity allow for more heat storage and faster transfere of heat and recovery time.
On paper it looks like SiC is top and Corundum/Rubies next. Aluminium nitride looks better, but given that the thermal resistance changes with heat the temperatures we run our injector heads at Silicon Carbide may be better. SiC has a more stable thermal conductivity, and a higher thermal capacity. Definatley looks like its better than Ruby. Silicon nitride isnt quite upto Rubies performance. On paper.
My placebo effect tells me pool balls would work well if i could just make an injector head big enough.
I have both for my Switch. The SiC does seem to work better.Aluminium nitride looks better, but given that the thermal resistance changes with
heat the temperatures we run our injector heads at Silicon Carbide may be better.