Haha, great! Even yesterday I remembered that you have spoken about cooling with screwable plates in one of the last videos - and there is the solution :-) What about conducting paste (I use a copper filled one for heating plates for some other projects) for the milled channel? Or isn't it necessary?
Hi , yes thermal paste can help with the rate of heat transfer. I can change after 6 months when the past dries out to a powder cake though. In this plate the press fit between the 2 metals may be just as good as a thin layer of thermal past. The large gap where the round and the flat volume would be better with past. Thanks for watching!
Haha, great! Even yesterday I remembered that you have spoken about cooling with screwable plates in one of the last videos - and there is the solution :-)
What about conducting paste (I use a copper filled one for heating plates for some other projects) for the milled channel? Or isn't it necessary?
Hi , yes thermal paste can help with the rate of heat transfer. I can change after 6 months when the past dries out to a powder cake though. In this plate the press fit between the 2 metals may be just as good as a thin layer of thermal past. The large gap where the round and the flat volume would be better with past. Thanks for watching!