Anisotropic　MnBi/NdFeB　(MnBi　contents　of　0　wt%,　20　wt%,　40　wt%,　60　wt%,　80　wt%,　and　100　wt%)　hybrid　bonded　magnets　were　prepared　by　molding　compression　using　MnBi　powders　and　commercial　hydrogenation　disproportionation　desorption　and　recombination　(HDDR)　NdFeB　powders.　Magnetic　measurements　at　room　temperature　show　that　with　MnBi　content　increasing,　the　magnetic　properties　of　the　MnBi/NdFeB　hybrid　bonded　magnets　all　decrease　gradually,　while　the　density　of　the　hybrid　magnets　improves　almost　linearly.　In　a　temperature　range　of　293-398　K,　the　coercivity　temperature　coefficient　of　the　hybrid　magnets　improves　gradually　from　-0.59　%center　dot　K-1　for　the　pure　NdFeB　bonded　magnet　to　-0.32　%center　dot　K-1　for　the　hybrid　bonded　magnet　with　80　wt%　MnBi,　and　the　pure　MnBi　bonded　magnet　exhibits　a　positive　coercivity　temperature　coefficient　of　0.61　%center　dot　K-1.