MULTILAYER STRUCTURE HAVING BONDING LAYER COMPOSED OF DOUBLE-SIDED TAPE FOR EXFOLIATING AND TRANSFERRING CERAMIC GREEN SHEET

摘要

The present invention relates to a laminated structure for peeling and transporting a ceramic green sheet having a bonding layer composed of a double-sided tape. The laminate structure for peeling and transporting the ceramic green sheet according to the present invention is connected to the lower surface of the peeling mold 100 receiving suction power from a vacuum generating device, and distributes the suction power through a plurality of pores irregularly formed therein. ceramic porous body 200; a nonwoven fabric 300 adhered to the lower surface of the ceramic porous body 200 and formed by entangled fibers arranged in an irregular direction to disperse the suction force through the space between the fibers; And it is coupled to the lower surface of the nonwoven fabric 300, a plurality of through-holes are regularly formed to uniformly distribute the suction force, and have flat upper and lower surfaces to increase the contact area with the ceramic green sheet in contact with the lower surface to strengthen the ceramic green sheet. It includes a steel plate 400 that is adsorbed and peeled off, but a bonding layer 500 for bonding the nonwoven fabric 300 and the steel plate 400 is formed between the nonwoven fabric 300 and the steel plate 400, and the bonding layer ( 500) is composed of double-sided tape.