The invention discloses a catalytic combustion two-stage ceramic particle filter. The catalytic combustion two-stage ceramic particle filter comprises a filter shell. The filter shell is filled with afilter core. The filter core is internally provided with a plurality of parallel air channels arranged in a spaced mode. The air channels are separated by the filter wall. The air channels include the air inlet channel and the air outlet channels. An end plug is mounted at an air outlet port of the air inlet channel. End plugs are also mounted at air inlet ports of the air outlet channels. The filter wall is defined by stacking a first-stage filter block and a second-stage filter block. The first-stage filter block is matched with the second-stage filter block in a guide clamping mode. Micropores used for air guiding are distributed on the sidewalls of the first-stage filter block is matched with the second-stage filter block. The inner surface of each micropore is coated with a catalystcoating. The catalytic combustion two-stage ceramic particle filter is reasonable in structure design. The problem of blockage of the filter is effectively reduced through the second-stage filter block with the catalytic combustion function. The service life of the filter is prolonged. Moreover, the filtering effect on particulate pollutants is effectively enhanced.