The magnetic behaviors of the magnetic-field cooled Ni50Mn37In13 film at low temperature was investigated. The results show that below the characteristic temperature Tf, the alloy presents a super spin glass (SSG) state when cooled in the absence of a magnetic field; however, it will transform to the super ferromagnetic (SFM) structure after magnetic field cooling. The SFM clusters in the SFM structure are coupled with the antiferromagnetic matrix, resulting in the exchange bias