In this study, SiC-base inorganic membranes were fabricated via uniaxial pressing, followed by sintering at 1350℃. The effects of adhesive, sintering aid and pore former additions on the membrane properties were thoroughly investigated. Accordingly, membrane pore size and pore size distribution were controlled through adjusting additive amounts. The membranes were further evaluated with regards to their structural properties, pore characteristics and cleaning was used to confirm the possibility of reusing in the membrane emulsification. The results show that with the increase of adhesive additive amounts, Span value increased by 23%, while its porosity decreased. Additionally, membrane mechanical strength was enhanced by 49% under higher sintering aid concentrations, accompanied by the reduction of membrane porosity and oil droplet size by 59%. When the concentration of pore former was increased, although the dispersed phase flux increase by 60%, but it caused the broad of oil droplet size distributed, and larger pores appeared on the membrane surface. In this study, the optimum emulsification performance was obtained under the transmembrane pressure of 80 kPa and a lower dispersion phase viscosity with the use of SDS as a surfactant. High flux recovery rate of 89% was obtained after backwash cleaning with 0.2 wt% of Derquim LM 03 aqueous solution, verifying the effectiveness of this cleaning method.