  We present new spectropolarimetry of a sample of nearby Compton-thin Seyfert
2 galaxies (ie those with N_H<10^23 cm^-2). We show that the detection rate of
scattered broad Halpha in this sample is considerably higher than in Seyfert 2
galaxies as a whole. Our results also show that in this low obscuration set it
is possible to find scattered broad Halpha even when the global properties of
the galaxy are largely dominated by the host galaxy and not the active galactic
nucleus. These results argue against the existence of a population of `pure'
Seyfert 2 galaxies.
