All you need is:
-Aluminum foil
-Styrofoam (expanded polystyrene)
-Iron
-A towel or ironing board
-Common sense and safety
WARNING: DO NOT ATTEMPT TO THIS INSTRUCTABLE. IT INVOLVED HIGH TEMPERATURES THAT COULD CAUSE SERIOUS BURNS, PROPERTY DAMAGE, OR EVEN FIRE. THIS PROJECT MAY ALSO GENERATE HARMFUL FUMES THAT COULD CAUSE PERMANENT BRAIN DAMAGE.
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Plug in the iron and let it get hot. The temperature doesn't matter, but if it hotter it will melt faster. I'm not sure but when it gets hotter it probably releases more fumes.
Take your Styrofoam (I use packaging from a printer and spacers for bottles) and break it into smaller pieces (about 3"x3"x2"or about 80x80x50 mm) The size doesn't matter, but it makes it easier to melt.







































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How resilient is your plastic? I would figure it still has a bit of brittleness that styrofoam is famous for.
And styrene vapors are not as light as O2, so they don't rise to the ozone layer. You're probably thinking of the HCFC gases often used to expand polystyrene into styrofoam - but once the styrofoam is made, there's really reasonable nothing that can be done to prevent release of these gases, anyway, so it doesn't matter if they're released by ironing, or UV exposure, or decomposition in a landfill.
And styrene vapors are not as light as O2, so they don't rise to the ozone layer. You're probably thinking of the HCFC gases often used to expand polystyrene into styrofoam - but once the styrofoam is made, there's really reasonable nothing that can be done to prevent release of these gases, anyway, so it doesn't matter if they're released by ironing, or UV exposure, or decomposition in a landfill.
And styrene vapors are not as light as O2, so they don't rise to the ozone layer. You're probably thinking of the HCFC gases often used to expand polystyrene into styrofoam - but once the styrofoam is made, there's really reasonable nothing that can be done to prevent release of these gases, anyway, so it doesn't matter if they're released by ironing, or UV exposure, or decomposition in a landfill.