Most materials which are thermoconducting are also electroconductive. And the other way round. A non-electroconductive usually has a bad thermal conductivity (there are a few exceptions like diamond... ).
I don't know right now what happens with the thermal resistance if a polymer material is highly doped with metal particles (or carbon fibres). In the case of the metal particles this could maybe be tested with the new Colorfabb BronzeFill. However, I would not expect a good thermal conductivity as the bronze particles are embedded in a polymer matrix (isolated islands).
IMHO there are two possibilities: traditional (subtractive) methods with a metal block or very expensive SLM with metal.
yes, i agree.
I suspected we have no solution.
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Dim3nsioneer 558
Most materials which are thermoconducting are also electroconductive. And the other way round. A non-electroconductive usually has a bad thermal conductivity (there are a few exceptions like diamond... ).
I don't know right now what happens with the thermal resistance if a polymer material is highly doped with metal particles (or carbon fibres). In the case of the metal particles this could maybe be tested with the new Colorfabb BronzeFill. However, I would not expect a good thermal conductivity as the bronze particles are embedded in a polymer matrix (isolated islands).
IMHO there are two possibilities: traditional (subtractive) methods with a metal block or very expensive SLM with metal.
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