Relying on dispersion equation, the refraction angles of wave vector and energy flow of TM wave at the interface between homogeneous right-handed material and hyperbolic uniaxial left-handed material are studied. In a large range of incident angle, the two refraction angles are not sensitive to that the smaller the optical axial angle is, the more evident the phenomena is and the range of the optical axial angle is given. This refraction phenomenon is caused by a negative principal index and anisotropy in hyperbolic uniaxial left-handed material. It is suitable for beam collimation, beam conformity and simple beam coupling. If TM wave is incident on the interface from a hyperbolic uniaxial left-handed material, the effect of superprism will be realized. Further, by analyzing the transmission coefficient, the possibility of above application is proven.