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The bottle

Chemical resistance, by binder

Updated

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The group’s own note says it plainly: chemical resistance is the entire decision.

Water-borne is the easy case

Acrylics, watercolor, fabric paint and most pouring mediums are water based. HDPE and glass both handle them comfortably, and 149 of the 191 containers on this shelf are HDPE, so choice is wide.

Alcohol ink is not the easy case

Alcohol-borne inks and their blending solutions are aggressive on some polymers and on printed labels, and they evaporate through a marginal seal. This is where the 42 glass containers on the shelf earn their place.

Oil paint and solvent thinners

Petroleum distillates attack and permeate differently again, and a solvent for paint or similar surface-coating material at 10 percent or more of those distillates under 100 SUS is in special packaging territory under 16 CFR 1700.14(a)(15).

The liner is where most failures live

A bottle can be fine and the cap liner not. Of the 236 closures here, 80 carry an HIS induction-seal liner and 37 pressure-sensitive, and the liner material against your specific binder is the question to put to the supplier in writing.

Permeation is slow and invisible

A solvent can pass through a wall without any visible damage, so the symptom is a product that has thickened or lost its thinner over months rather than a bottle that failed. Weighing a filled sample over time catches it.

And it reaches the label too

Solvent on the outside of a bottle lifts facestock and smears ink, which on a product carrying mandated hazard text is a compliance problem and not only a cosmetic one. Test the label with the actual product on your hands.

Decide this before the artwork

Material, closure and liner first, then label stock, then design. Doing it the other way round is how a good-looking bottle becomes a product you cannot ship.

References

16 CFR 1700.14, Substances requiring special packaging. Paragraph (a)(15) covers prepackaged liquid solvents for paints and similar surface-coating materials containing 10 percent or more benzene, toluene, xylene or petroleum distillates with a viscosity under 100 SUS at 100 F. law.cornell.edu
29 CFR 1910.1200, Hazard Communication, which sets what a shipped container of a hazardous chemical carries and requires a safety data sheet. law.cornell.edu
Written from federal regulation and from measured catalog data, not from a formulation bench. Whether a specific product needs chronic hazard labeling is a toxicologist’s determination and the rule says so; nothing here substitutes for that review. Anything on these pages is a starting point.