  We report an experimental discovery of CrSnS3, a new Van der Waals
ferromagnetic (FM) with Curie temperature TC ~119K. The Curie temperature is in
qualitative agreement of Chittari et. al. DFT prediction (TC =112.3K) for an
Ising model with the addition of Coulomb potential. The FM ordering temperature
in CrSnS3 is the highest among Cr-based Van der Waals materials: CrI3, CrSiTe3
and CrGeTe3. The dc-susceptibility revealed a sharp increase at Tc (~119K)
indicative of a first order transition; then raises to a wide maximum at AFM
Neel temperature TN~90K.The ac-susceptibility reveals the presence of two sharp
peaks; one close to Tc (119K) and the other at TN~90K. Ac-susceptibility
measurements in an applied dc-magnetic field indicates that CrSnS3 undergoes
two successive phase transitions: a sharp increase in the susceptibility
indicates a first order PM to FM at 119K, followed by more gradual decrease at
the onset of AFM transition at TN~90K. The magnetization isotherms below 30K
indicates that the materials orders in an AFM state; while the magnetic
isotherms at T >30K rises sharply to its saturated values confirming the
ferromagnetic state.
