There should be no problem machining that, does double materials cost in DVC sound ok? I've nothing for TiO2 plating, I can shop around here for it if you want but it looks like a fairly large lump so if the cost is high I would prefer to try out any company here on something small first (hard to find good platers here). Is it to big to do in copper?
Would it be worth linking the drawings up to the QCool stuff I have on git? If the first QCool block could be put on git I'd like to link that project as a progression from it, is it hosted anywhere now to at least add a link?
Thanks, hope the qcool block is performing ok.
EDIT: I'm mystified by the TiO2 plating, I'd assumed it was for corrosion protection with good thermal conductivity but most of the info coming up is for photovoltaic uses, its for this project?
Would it be worth linking the drawings up to the QCool stuff I have on git? If the first QCool block could be put on git I'd like to link that project as a progression from it, is it hosted anywhere now to at least add a link?
Thanks, hope the qcool block is performing ok.
EDIT: I'm mystified by the TiO2 plating, I'd assumed it was for corrosion protection with good thermal conductivity but most of the info coming up is for photovoltaic uses, its for this project?
yes basical you are right TiO2 plating is used for photovoltaik, but i see the purpose in corrosion protection and expansion of the exposed surface to water. Your material cost plan sounds ok. According to the dimensions its probably not fundable to build it in copper, so we should stay with our dev material alu in first place. Im sure we can work with simple aluminium for the first models, but later we have to find a solution for the corrosion problem.
Since the plans for the AVALON QCool element gonna be public source, yes would be great to link it on github
Are you able to deal with 3D Models or your prefer plans in DWG Format 
