The invention discloses a high-performance tungsten carbide ceramic material. The ceramic material is prepared from the following raw materials in percentage by mass: 84%-90% of tungsten carbide, 1.5%-2.8% of micron boron carbide, 4.5%-6.3% of rutile, 0.8%-1.3% of yttrium oxide and 3.2%-5.6% of nano-silica. The high-performance tungsten carbide ceramic material is prepared by the steps of mixing tungsten carbide with micron boron carbide to obtain a mixture, pouring the mixture into absolute ethyl alcohol, carrying out ultrasonic dispersion, adding yttrium oxide and nano-silica, carrying out ultrasonic dispersion, adding rutile, carrying out ultrasonic dispersion and ball milling, drying, sieving, and sintering in the presence of nitrogen. By adding rutile, yttrium oxide, nano-silica and other components and sintering at 1460-1500 DEG C, the Knoop hardness of the tungsten carbide ceramic material is 2650kgf.mm<-2>-2950kgf.mm<-2>, the bending strength is 880MPa-935MPa, the breaking tenacity is 7.9Mpa.m<1/2>-8.5Mpa.m<1/2>, and the elasticity modulus is 39780MPa -47340MPa.