摘要:
The cushioning-material surface layer 11a includes a resin layer 12 disposed on one side of the surface layer 11a to cover the side thereof, a rubber layer 13 disposed on the other side of the surface layer 11a to cover the side thereof, and a woven fabric layer 14 disposed between the resin layer 12 and rubber layer 13 and including bulked yarns for at least one of warp and weft. The woven fabric layer 14 includes a woven fabric-resin composite layer 17 disposed on the resin layer 12 side and formed by impregnating part of the woven fabric with resin that forms the resin layer 12, and a woven fabric-rubber composite layer 18 disposed on the rubber layer 13 side and formed by impregnating part of the woven fabric with rubber that forms the rubber layer 13. The woven fabric layer 14 includes interstices 20 therein.
摘要:
The cushioning-material surface layer 11a includes a resin layer 12 disposed on one side of the surface layer 11a to cover the side thereof, a rubber layer 13 disposed on the other side of the surface layer 11a to cover the side thereof, and a woven fabric layer 14 disposed between the resin layer 12 and rubber layer 13 and including bulked yarns for at least one of warp and weft. The woven fabric layer 14 includes a woven fabric-resin composite layer 17 disposed on the resin layer 12 side and formed by impregnating part of the woven fabric with resin that forms the resin layer 12, and a woven fabric-rubber composite layer 18 disposed on the rubber layer 13 side and formed by impregnating part of the woven fabric with rubber that forms the rubber layer 13. The woven fabric layer 14 includes interstices 20 therein.
摘要:
A cushioning material for a heat press having a non-woven fiber composed of a fiber web (4), wherein the fiber web (4) comprises a first fiber (4a) containing softening temperature as a main component and a second fiber (4b) containing a second component having a relatively high softening temperature as a main component, and wherein the non-woven fabric has been compressed at a temperature being the softening temperature of the first component or higher and being the softening temperature of the second component or lower.