In this paper, the wearability and other mechanical properties, such as bending strength, elastic modulus, surface hardness and compression strength of woodceramics （WCS） were determined. The effects of a dipping treatment with phenol formaldehyde （PF） resin and a fire retardant on properties of WCS were also analyzed by sweep electron microscope （SEM）. The results showed: 1) it was good for WCS wearability when treated by PF resin; 2) the bending strength and elastic modulus of WCS could be improved by increasing the PF resin concentration; 3) WCS surface hardness mainly depended on the PF resin concentration, rather than its sintering temperature; 4) WCS compression strength could be increased along with raising of PF resin concentration or sintering temperature; 5) the fire retardant would be effective to raise the char yield, but not improve WCS’ mechanical properties.