  We investigate the chiral quantum walk (CQW) for entanglement transfer on a
triangular chain. We specifically consider two and three site Bell and W type
entanglement cases, respectively. Using concurrence as quantum entanglement
measure, together with the Bures distance and trace distance as the measures of
the fidelity of the state transfer, we evaluate the success of the entanglement
transfer. We compare the entangled state transfer time and quality in CQW
against continuous-time quantum random walk. Furthermore, how the chain length
and back-scattering at the end of the chain influence the entanglement transfer
are pointed out.
