Wood-Ceramics　are　prepared　from　a　shaped　mixture　of　rice　husk　and　high-temperature　coal　tar　pitch　by　pyrolysis　at　different　temperatures.　Subsequently,　the　wood-ceramics　are　modified　by　pyrolysis　of　different　mixture　precursors　with　adding　lignin.　The　effect　of　pyrolysis　temperature,　lignin　content　and　lignin　types　on　the　microstructure,　yield,　volume　shrinkage,　open　porosity　ratio　and　bending　strength　of　the　wood-ceramics　is　discussed,　respectively.　The　results　show　that　the　microstructure,　volume　shrinkage　ratio,　and　bending　strength　of　wood-ceramics　are　significantly　dependent　on　the　pyrolysis　temperature,　lignin　content　and　types.　When　the　pyrolysis　temperature　increases　from　500　to　1200　A　degrees　C,　the　(002)　crystal　planes　peaks　of　the　wood-ceramics　move　to　a　higher　diffraction　angle　and　the　intensity　of　these　peaks　increase.　The　volume　shrinkage　ratio　and　bending　strength　of　the　wood-ceramics　increase　from　41.2　to　55.5　%　and　10.2　to　31.2　MPa,　respectively.　Moreover,　the　open　porosity　ratio　first　decreases　from　35.6　to　26.2　%,　and　then　increases　to　30.1　%.　The　enzymatic　hydrolysis　lignin　(EHL)　plays　an　important　role　in　improving　the　order　and　graphitization,　porous　content　and　open　porosity　of　the　EHL-modified　wood-ceramics,　whereas　the　lignosulfonate　causes　the　bending　strength　of　the　lignosulfonate-modified　wood-ceramics　to　decrease.