Which Gloves Resist Xylene?
eugene-a-xylol The disposable gloves in most workshops are the wrong ones for xylol (xylene). Thin latex and nitrile examination gloves feel like protection, but xylene soaks through them in minutes, so the solvent reaches your skin while you assume you are covered. Picking the right glove means matching the material to the chemical, not just wearing something.
Here is how common glove materials stand up to xylene:
| Glove material | Protection against xylene |
|---|---|
| Viton | Excellent; the top choice for aromatic solvents |
| PVA (polyvinyl alcohol) | Excellent against xylene, but dissolves in water |
| Nitrile, heavy/laminated | Fair to good, for limited time; check the maker’s rating |
| Nitrile, thin disposable | Poor; breaks through in minutes |
| Latex (natural rubber) | Poor; swells and lets solvent through quickly |
| Neoprene | Fair; better than latex but not for long contact |
The number that matters is breakthrough time, how long a glove holds before the chemical reaches the far side, and manufacturers publish it in their chemical-resistance charts. For occasional, brief contact a heavy nitrile glove may be enough; for immersion or long handling, use Viton or a laminate rated for aromatics and treat any glove as disposable once splashed. Watch for swelling, softening, or a change in feel, which mean the glove is failing, and pull it off before it does. As with all such guidance, confirm against the specific glove’s data sheet, since thickness and construction change the numbers.