Mixing yellow highlighter ink with any other color showed the most artistic promise. This is likely because tonic water is at a different pH than water. Furthermore, mixing the ink solutions with tonic water seemed to make the fluorescence from the ink dissipate quickly. However, few of them showed great fluorescence under black light. I was able to produce a multitude of colors mixing these solutions together. I began to mix these colors together in disposable cups to see what would make an artistic impression: The blue and pink are much less reactive. Notice that out of the highlighter inks, only the green and orange fluoresce well under black light( this light or this one ). In the image above from left to right, the colors are orange, blue, yellow (green), pink and tonic water( this kind ). I caught the resulting ink solution in plastic cups which I later transferred to some plastic bottles. I pulled apart the sponge to expose the bulk of the ink and let water run over it. Running the faucet directly into either end of the sponge was mildly effective, so I cut the surrounding tape down one side with a razor blade. I removed the sponge from each marker and ran water through them slowly through a faucet. The colors in the pack were orange, blue, green and pink. I bought a pack of highlighters of a famous permanent marker brand( these ones ). The sponge is usually wrapped with a thin plastic exterior. If you remove the base of the marker and investigate the interior, you will find a cylindrical sponge. Highlighters often come as large markers with a felt tip. They took apart the highlighter and diluted the ink with water. Looking around online, I found some videos where people used highlighter ink as a black light reactive fluorophore.
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