Considering　the　difficulty　of　vibrating　of　whole　furnace　made　by　refractory　material,　a　new　type　of　vibrated　fluidized　bed　furnace　with　the　characteristic　of　only　distributor　vibrating　was　developed,　and　the　fluidized　calcination　of　fine　powders　(mean　particle　size　is　25.8　μm)　kaolinite　in　coal　was　realized　in　this　kind　vibrated　fluidized　bed　experimental　furnace　with　35　mm　in　diameter.　The　comparative　tests　of　the　fine　powder　kaolinite　in　coal　sample　were　introduced　by　using　three　methods:　static　calcination,　convential　fluidization　calcination　and　vibrated　fluidization　calcination.　It　is　shown　that　fluidization　calcination　is　obviously　superior　to　static　calcination　and　vibrated　fluidization　is　an　efficient　process　in　eliminating　the　clusters　of　fine　powders,　improving　the　fluidization　quality　and　shortening　the　firing　time.　In　900°C,　an　appropriate　temperature　for　calcination　of　kaolinite　in　coal,　the　optimum　operation　conditions　are　obtained　that　gas　velocity　is　7　cm/s,　vibrating　frequency　is　25　Hz.