See-through wire mesh to ESD/RFI protect LCD?

Joerg wrote in news:6MPmj.9257$ snipped-for-privacy@nlpi070.nbdc.sbc.com:

And if anyone knows a good thermally conductive epoxy to bond a thin (0.5mm) layer of copper onto a thick (>3mm) aluminium base with very strong bonding and very good thermal conductivity, please post. I don't mind if it's electrically conductive or not, it must be low viscosity though, to form a very thin strong bond with no voids.

"Anthony Fremont" wrote in news: snipped-for-privacy@news.supernews.com:

I'd use it if it would glue aluminium. Tried HTS2000 but without a flux, forget it, and the maker doesn't just not specify a flux, they specifically specify NO flux...

Can't solder or weld here, it's a 3mm steel panel with plastic on the other side. Which also kind of precludes heat-cure stuff such as Loctite

They say "New lamination materials are available that can be processed at even lower temperatures like 80°C." That's still a bit highish but I wish they had mentioned some manufacturers.

Wish I could help but that's really outside my expertise. Maybe contact a Loctite engineer about it?

Joerg wrote in news:jIQmj.41809$ snipped-for-privacy@newssvr23.news.prodigy.net:

What margin for temperature? Even the tropics should leave you enough to try one of various indium based solders.

Joerg wrote in news:hNQmj.41810$ snipped-for-privacy@newssvr23.news.prodigy.net:

Ok, maybe indium solder then, like I mentioned in another post. 73.8°C for

Maybe but I want to see what general advice I might get before turning to a specific manufacturer.

schwarz-wei=DF

--=20 mfg hdw

Well, it's a thick steel plate which already has a plastic front panel glued onto it.

Good idea. Maybe start a new post with that topic. Or contact several mfgs in addition such as MG Chemicals.