Purely on the basis of my own experience, HDPE is fairly resistant to a range of petroleum products/solvents so I would be optimistic. The best course would be if you can find a small fragment of HDPE, put a bit of the solvent into a glass jar, drop the HDPE into it and have a look a couple of days later to see if it has softened at all.
Thanks.
Old_Geezer in painting session over a couple of days I can use 10-15 so glass is not really an option.
KARL I am tempted to try it. I asked the supplier if I could have a sample before buying a minimum of 1000 and they said no.
The problem you may have is that you probably need something with a wide neck. These are 30ml bottles, but the neck is narrow, so I don't know if they will be of use. Do the containers need to have a lid?
ELECTROCHEM Thanks the ideal product would be disposable shot glasses that are resistant to the solvent.
I bought some of evilbay which are fine for acrylics thinned with distilled water for example.
But put the 2K thinners and paint in and give it a stir it immediately starts to soften the plastic and if I put it in my airbrush it will block it up.
ELECTROCHEM I may end up going for something like that.
If they fit in my ultrasonic cleaner then I could re-use them rather than going down the disposable route.
PTFE containers would do the job if you could source them. The major scientific supply houses would turn you away unfortunately but you might be able to find them elsewhere.
HDPE will provide some limited resistance to the solvents for a few days but you will have to replace the containers quite frequently. I wouldn't use HDPE for anything with xylene as a component.
I can't quite see how foil could be used to line shot glasses so that seepage doesn't occur. The only way to do this is to have a preformed fully sealed aluminium insert of the correct capacity which would require industrial tooling. Sufficiently robust inserts would not need a surrounding container anyway.
The Corbyloon, your method would not prevent the solvent from coming into contact with the surrounding container. Hydrocarbons have a remarkable affinity to seep. You could not seal the aluminium sufficiently anymore than you could expect a foil lined plastic washing up bowl to contain water to prevent the water from coming into contact with the plastic.
If you look at the wee paper containers that are used for sauce at the likes of McDonald's, they are made from a single sheet and folded to give more strength.
The foil replaces the paper and needs no strengthening as it's supported by the glass.