To provide a grouting material for stabilizing soil able to insure a sufficient gelation time for actual application, further without a bleeding generated but giving high compressive strength of a cured body to be formed and also showing a small drying shrinkage.

The grouting material for stabilizing soil is made by combining a main liquid containing hydraulic cement, alumina cement and a curing agent liquid containing an inorganic carbonate, and is characterized by blending a specified amount of the alumina cement and the inorganic carbonate, further containing plaster and powder performing pozzolanic reaction.