DIY through hole plating of PCBs

Posted on Monday, October 30th, 2017 in DIY, PCBs by DP


Jan Mrázek documented his experience experimenting with DIY through-hole plating of PCBs:

I’ve been thinking about though hole plating for several years. The general procedure is simple – you have to activate non-copper surfaces (make them conductive) and then you apply standard electroplating procedure. You can find many tutorials on the internet, however, most of the require hard-to-get chemicals for the activation solution. Few weeks ago, I noticed that the local electronic component supplier had started to sell Kontakt Chemie Graphit – a conductive paint. It’s basically a colloidal graphite in an organic solution. It is supposed to be used for making surfaces conductive to prevent static electricity discharges. This could be perfect for activation of the non-copper surfaces! So I gathered all the necesery chemicals and equipment and made a test run.

More info at mind.dump() blog.

This entry was posted on Monday, October 30th, 2017 at 11:15 pm and is filed under DIY, PCBs. You can follow any responses to this entry through the RSS 2.0 feed. You can skip to the end and leave a response. Pinging is currently not allowed.

One Response to “DIY through hole plating of PCBs”

  1. KH says:

    Awesome work. Author is right to say that it’s not worth it in 95% of the cases. For example, it’s easier for me to avoid doing DIY double-sided boards and use jumper wires with single-sided designs instead.

    The TDS and SDS for Kontakt Chemie Graphit is online. SDS reports main ingredients as “propan-2-ol; isopropyl alcohol;isopropanol” and “graphite”. TDS gives a bit more clue: “graphite lacquer”, “thermoplastic binder”. Probably additives like surfacants. One more clue, above 100degC the binding agent decomposes. And compatible with an alcohol solvent? Anyone has any idea what the binding agent could be?

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