FUNCTIONAL INTERIOR FINISHING MATERIAL HAVING MOISTURE ABSORPTION AND MOISTURE-PROOFING FUNCTIONS AND METHOD FOR MANUFACTURING SAME

The present invention relates to a functional interior finishing material and a method for manufacturing same， wherein porous holes are machined in plywood or board to increase a specific surface area to exhibit excellent moisture absorption and moisture-proofing functions， and non-woven fabric to which a moisture control agent is adsorbed is used to improve moisture absorption and moisture-proofing functions. In the interior finishing material of the present invention， the surface of wood or wood materials (plywood)， inorganic materials， wood-inorganic composite materials， or synthetic resin-based materials is perforated to increase a specific surface area or increase the exposed area of the cross section of wood， so that moisture-proofing and moisture absorption capabilities are improved. In addition， the interior finishing material of the present invention may absorb or repel water vapor (moisture) by means of perforated holes and non-woven fabric impregnated with a moisture control agent on the rear surface (wall side) thereof ， and thus can effectively contribute to indoor humidity control.