Abstract: The study of the present paper was derived from the construction practice of thin-slab structures under high temperature in Guangdong Province. Via a series of experiments combined with the related theoretical analyses on the compatibility between concrete admixtures and cement,effect of the air void on the various performances of airentrained concrete such as bleeding,crack resistance,deformation,thermal characteristics and the like,this study optimized the mix proportions for slip-formed concrete thin-slab construction. Furthermore,it presented several proposals for construction control of slip-formed air-entrained concrete thin-slab structures. These proposals may serve as technical references for those who are in charge of the construction control.