A method for revamping a blast furnace that has a furnace body and a furnace body tower installed on a site foundation, the method comprising: a new furnace construction step of constructing new foundation and constructing a new furnace tower structure and a new furnace proper on the new foundation in a new furnace construction site different from the site foundation; a foundation segmentation step of horizontally cutting the site foundation to segment the site foundation into a foundation top on which the old furnace proper and the old furnace tower structure are mounted and a foundation bottom, the new furnace construction step and the foundation segmentation step being performed while the blast furnace is in operation; blowing out the blast furnace; an old furnace pull-out step of carrying out the foundation top from the top of the foundation bottom integrally with the old furnace proper and the old furnace tower structure; and a new furnace pull-in step of carrying in the new foundation on the foundation bottom integrally with the new furnace tower structure and the new furnace proper. wherein, in the new furnace pull-in step, a restoration foundation is formed on an upper surface of the foundation bottom, and the new foundation is carried in onto an upper surface of the restoration foundation integrally with the new furnace tower structure and the new furnace proper; wherein, in the new furnace construction step, an pull-in transfer device (39, 39B) linearly extending from the new furnace construction site to the site foundation is used, in the old furnace pull-out step, an pull-out transfer device (30, 30A, 30B) is used which extends from the site foundation toward a site where the new furnace construction step is performed, and extends from a direction change position in an intersection direction, and each of the pull-in transfer device (39. 39B) and the pull-out transfer device (30, 30A, 30B) comprises a sliding structure (41, 42, 43, 44, 45, 46) using a solid lubricated low-friction lining between a pair of sliding plates (81, 82). a new furnace construction step of constructing new foundation and constructing a new furnace tower structure and a new furnace proper on the new foundation in a new furnace construction site different from the site foundation; a foundation segmentation step of horizontally cutting the site foundation to segment the site foundation into a foundation top on which the old furnace proper and the old furnace tower structure are mounted and a foundation bottom, the new furnace construction step and the foundation segmentation step being performed while the blast furnace is in operation; blowing out the blast furnace; an old furnace pull-out step of carrying out the foundation top from the top of the foundation bottom integrally with the old furnace proper and the old furnace tower structure; and a new furnace pull-in step of carrying in the new foundation on the foundation bottom integrally with the new furnace tower structure and the new furnace proper. wherein, in the new furnace pull-in step, a restoration foundation is formed on an upper surface of the foundation bottom, and the new foundation is carried in onto an upper surface of the restoration foundation integrally with the new furnace tower structure and the new furnace proper; wherein, in the new furnace construction step, an pull-in transfer device (39, 39B) linearly extending from the new furnace construction site to the site foundation is used, in the old furnace pull-out step, an pull-out transfer device (30, 30A, 30B) is used which extends from the site foundation toward a site where the new furnace construction step is performed, and extends from a direction change position in an intersection direction, and each of the pull-in transfer device (39. 39B) and the pull-out transfer device (30, 30A, 30B) comprises a sliding structure (41, 42, 43, 44, 45, 46) using a solid lubricated low-friction lining between a pair of sliding plates (81, 82).