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International audienceHydrophobic paper has inspired advances in low-cost technologies.Of importance is the use of perfluorinated reagents, due to suspectedrelease of HF. Surprisingly, by using a coupled TGA-IR-MS, wedemonstrate that polymerization of a perfluorinated silane on paper,leads to rapid degradation, low-ash residue, and no toxic HF gas isproduced under thermolysis

Surface polymerization of perfluorosilane treatments on paper mitigates HF production upon incineration