To provide drying technology capable of quickly and economically drying and processing a large amount of dried objects and improving deodorizing and sterilizing effects.

In this bedding drying facility 1, an air distribution space 22 is formed under floor surfaces 21, 77 of a basic drying chamber 7 and a finishing drying chamber 2 adjacent to each other through a partitioning wall face 71 having a vent hole 72 at its lower portion, an exhaust port 74 is formed on the basic drying chamber 7, heat exchangers 4 faced into the finishing drying chamber 2 are disposed in the air distribution space 22 under the floor surface 21 of the finishing drying chamber 2, a group of ceramic elements 5 capable of irradiating raising light in a state of being approximately uniformly distributed within an air distribution range of upper side faces of the heat exchangers, are combined, saddled horse-like members 6 are respectively disposed on the heat exchangers 4, and the air heated by the heat exchangers 4 is successively released outdoors from the finishing drying chamber 2 through the basic drying chamber 7.

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