Not to long ago I finished with the Conductive Paint Experiment and it was a lot of fun. People liked the project and I learned a lot from it. Lots of people had questions on Instructables.com and pretty long thread developed in the comment section. Another paint experiment I had been itching to try out was electroluminescent (EL) paint.
I have had experience with EL wire and I still have some equipment left over, like different size inverters. Inverters convert DC power into AC power. In this case the inverters convert regular batteries into 120VAC but a higher frequency than what comes from the wall.
From a video I saw one person claims to have seen light from glow-in-the-dark spray-paint, conductors, and a battery.
Enough background.
----------
Acrylic glow-in-the-dark paint was purchased from a hobby supply store. It was mixed with graphite powder at a ratio of approximately
1 part graphite powder
2 parts glow-in-the-dark paint
by volume. A test swatch was made by using the side of the toothpick used for mixing. More paint was added to the mixture to change the ratio to
2 parts graphite powder
5 parts glow-in-the-dark paint
Another swatch was painted. More paint was added to the mixture for a new ratio of
1 parts graphite powder
3 parts glow-in-the-dark paint
All three swatches will be dried for 12 hours then tested for conductivity and luminescence.
To do:
This blog, including pictures and text, is copyright to Brian McEvoy.
I have had experience with EL wire and I still have some equipment left over, like different size inverters. Inverters convert DC power into AC power. In this case the inverters convert regular batteries into 120VAC but a higher frequency than what comes from the wall.
From a video I saw one person claims to have seen light from glow-in-the-dark spray-paint, conductors, and a battery.
Enough background.
----------
Acrylic glow-in-the-dark paint was purchased from a hobby supply store. It was mixed with graphite powder at a ratio of approximately
1 part graphite powder
2 parts glow-in-the-dark paint
by volume. A test swatch was made by using the side of the toothpick used for mixing. More paint was added to the mixture to change the ratio to
2 parts graphite powder
5 parts glow-in-the-dark paint
Another swatch was painted. More paint was added to the mixture for a new ratio of
1 parts graphite powder
3 parts glow-in-the-dark paint
All three swatches will be dried for 12 hours then tested for conductivity and luminescence.
Materials: Graphite powder, glow-in-the-dark paint, container, and a toothpick
Amount of glue for first sample
Amount of graphite for first sample
First graphite sample settled
First sample mixed and a swatch painted
Glue added for second sample
Color and swatch of second sample
Glue added for third sample
Mixing of third sample
Third sample mixed and a swatch painted
To do:
- Dry for 12 hours
- Test for conductivity
- Test for luminescence
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