This paper utilizes a kind of mineral powder and solid activator for paparing a quick setting and early high strength inorganic polymer concrete suitable for airport pavement. Based on the response surface analysis method, the experimental results are modeled by using the Design Expert statistical analysis software. The paper researches the notability degree of variables water-binder ratio, cementitious materialsconsumption, sand ratioand the intermingled influence between them towards inorganic polymer concrete slump, initial setting time and 7d rupture strength.The results show that the notability degree effects of water-binder ratio, cementitious materialsconsumption and sand ratio on inorganic polymer concrete slump, initial setting time and 7d rupture strength are different, and the order of notabilitydegree is cementitious materialsconsumption>water-binder ratio>sand ratio, water-binder ratio>cementitious materialsconsumption>sand ratio, water-binder ratio>sand ratio>cementitious materialsconsumption; In addition, the notabilitydegree of the interaction between any two factors are different. The interaction between water-binder ratio and cementitious materialsconsumption has the most significant effect on slump, and the interaction between cementitious materialsconsumption and sand ratio has the most significant effect on the 7d rupture strength. The interaction between any two factors among the three has no significant effect on initial setting time.