The organic-template-mediated synthesis, directly from elemental tin a
nd sulfur constituents, and the single-crystal XRD structure of a nove
ltin(IV) sulfide-based open-framework material, denoted TPA-SnS-3, is
reported for the first time. This structure consists of corrugated nan
oporous layers, which can undergo intralayer elastic deformations, as
well as interlamellar alterations, in response to the type and the loa
ding of the occluded guest molecules. Flexible nanoporous tin(IV) sulf
ides of this type, with framework elements the same as those in the we
ll-known bulk semiconductor SnS2, are unique and of considerable inter
est in the context of designing new generation molecular recognition d
evices.