When general hydrogels are applied to areas with a lot of bodily fluid, such as the oral cavity or bleeding area during surgery, they often do not adhere for a long period of time without a separate adhesive. Therefore, there are disadvantages in that the hemostatic effect is reduced, the hemostatic agent cannot be maintained in a desired position for a long time, and it cannot function as a hemostatic agent. In this study, a polymeric material with high adhesiveness and good protein adsorption was used to solve these disadvantages, and a hydrogel with sol-gel transferability was fabricated using a reagent that can dynamically control the hydrogen bond of the polymeric material. For the physical performance and hemostatic evaluation of prepared hydrogels with sol-gel transition ability, we confirmed the sol-gel transition ability in water and environment, and also analyzed the viscosity according to the content of the added sample.