A vacuum insulation panel comprising: a core material; a first sheathing material disposed outside the core material; a second sheathing material having different thermal conductivity from the first sheathing material, the second sheathing material being coupled to the first sheathing material to form a receiving space to receive the core material; and wherein the first sheathing material includes a fusion layer and a plurality of blocking layers (132a, 132b, 132c) that are stacked outside the fusion layer, the blocking layers (132a, 132b, 132c) including a first blocking layer facing the fusion layer, a second blocking layer facing the first blocking layer, wherein the first blocking layer includes: a first base layer surrounding the fusion layer; and a first deposition layer located outside and opposite to the first base layer to block gas and moisture introduced into the core material, wherein the second blocking layer includes: a second deposition layer facing the first deposition layer to block gas and moisture introduced into the core material; and a second base layer located outside and opposite to the second deposition layer, characterized in that the vacuum insulation panel further comprises a getter provided in the core material to adsorb gas and/or moisture introduced into the core material, wherein the getter includes a gas getter and/or a moisture getter and a catalyst to improve activity of the getter, and the catalyst includes at least one selected from CeO2, CuO, CO3O4, PdO and SeO2, wherein the first sheathing material further includes a third blocking layer located outside the second blocking layer, wherein the third blocking layer includes: a third deposition layer located outside and opposite to the second base layer; and a third base layer disposed outside the third deposition layer. a core material; a first sheathing material disposed outside the core material; a second sheathing material having different thermal conductivity from the first sheathing material, the second sheathing material being coupled to the first sheathing material to form a receiving space to receive the core material; and wherein the first sheathing material includes a fusion layer and a plurality of blocking layers (132a, 132b, 132c) that are stacked outside the fusion layer, the blocking layers (132a, 132b, 132c) including a first blocking layer facing the fusion layer, a second blocking layer facing the first blocking layer, wherein the first blocking layer includes: a first base layer surrounding the fusion layer; and a first deposition layer located outside and opposite to the first base layer to block gas and moisture introduced into the core material, a first base layer surrounding the fusion layer; and a first deposition layer located outside and opposite to the first base layer to block gas and moisture introduced into the core material, wherein the second blocking layer includes: a second deposition layer facing the first deposition layer to block gas and moisture introduced into the core material; and a second base layer located outside and opposite to the second deposition layer, a second deposition layer facing the first deposition layer to block gas and moisture introduced into the core material; and a second base layer located outside and opposite to the second deposition layer, characterized in that the vacuum insulation panel further comprises a getter provided in the core material to adsorb gas and/or moisture introduced into the core material, wherein the getter includes a gas getter and/or a moisture getter and a catalyst to improve activity of the getter, and the catalyst includes at least one selected from CeO2, CuO, CO3O4, PdO and SeO2, wherein the first sheathing material further includes a third blocking layer located outside the second blocking layer, wherein the third blocking layer includes: a third deposition layer located outside and opposite to the second base layer; and a third base layer disposed outside the third deposition layer. a third deposition layer located outside and opposite to the second base layer; and a third base layer disposed outside the third deposition layer.