[en] In order to improve graphite's erosion resistance for fusion reactor application, doping with other elements has received extensive attention. Here we report on the fabrication, surface characterization and thermal properties of doped graphites produced by a Canadian company, Ceramics Kingston Ceramique Inc. (CKC). The dopants used include B, Si, Ti, Ni, and W. Surface and bulk dopant concentrations were measured by nuclear reaction analysis for B, and Rutherford backscattering for Si, Ti, Ni, and W. Concentrations ranged from ∼2-30 at% in the bulk (>1μm)and from∼1-15 at% in the near surface (<1μm). The thermal properties of the specimens were measured using the laser flash technique. In general, the dopants tend to reduce the thermal conductivity, when compared to the undoped 'CKC Reference' material. (author)