Abstract:
A multiple ply tissue paper structure is disclosed. The multiple ply tissue paper has plies having different texture values. In one embodiment, the multiple ply tissue paper has two plies having different calipers and macrodensities. In another embodiment, the multiple ply tissue paper has three plies, including a relatively untextured ply disposed between two relatively highly textured plies.
Abstract:
A method of imparting bulk and/or visual aesthetics to a tissue basesheet involves pressing the basesheet with a felt having a raised pattern on it so that the pattern becomes inherent in the sheet. A pattern is stitched into a carrier layer which is joined to a substrate to form the felt. As the basesheet is pressed into the felt, the raised pattern displaces fibers in the sheet, effectively inducing the pattern in the basesheet. The novel felt with a raised patterned layer is also disclosed.
Abstract:
A method for producing an embossed web product comprising at least two plies (V1, V3) bone to one another by gluing, wherein: at least a first of said plies is embossed producing on it a first series of protuberances (P9) and a second series of protuberances (P10), the protuberances of the first series being of greater height than the protuberances of the second series; an adhesive (C) is applied to the protuberances of said first series; the first ply is glued to the second ply (V3), the protuberances (P9, P10) of the first ply projecting inside the web product, towards the second ply (V3). The protuberances of the first and of the second series form in combination with each other complex decorative patterns (D). Each complex decorative pattern is formed by at least a protuberance of the first series and at least a protuberance of the second series. Moreover, the complex decorative patterns are distributed with a density equal to or less than 2 patterns per cm2.
Abstract:
A web article (28) includes at least a first fibrous layer (36) laminated with a first facing surface (72) of at least one polymer film layer (38). The first fibrous layer can include a first quantity of cellulosic fibers. The first fibrous layer and the at least one polymer film layer have been configured to provide a target web (26), which has been moved at a selected web speed. A rotating anvil roller (34) and counter-rotating pattern roller (32) have been urged together to provide a selected nip force value. Additionally, the target web has been moved at the web speed through a nip region (30) between the anvil roller (34) and pattern roller (32) to provide an operative first bond between the first fibrous layer (36) and the at least one film layer (38).
Abstract:
The present invention provides for an embossed paper product comprising one or more plies of paper where at least one ply comprises a plurality of embossments where the embossments have an embossment height of from about 800 microns to about 2500 microns and an emboss impression angle of from about 90 degrees to about 150 degrees.
Abstract:
Adhesive (a1, a2) as a pattern of deposits is applied on both sides of a hydrophilic spunbond non-woven inner ply (B) of low grammage and no or low adhesion ability. Together with this inner ply (B) a three ply planar absorbent product is made with tissue outer plies (A,C) by exerting pressure on the adhesive such that the adhesive penetrates through the inner ply (B) for achieving ply bonding between the inner ply (B) and the opposite outer ply (C). The different adhesive patterns do not disturb each other because they do not coincide.
Abstract:
Method for producing a multi-ply web (19) of flexible material, such as paper and nonwoven material, including at least one first (1) and one second ply (8) which are interconnected by gluing in a glue pattern (12;24). The multi-ply web is produced by applying glue in a glue pattern to a first web shaped material (1) from a patterned glue transfer roll (5), laminating a second web shaped material (8) with the first web shaped material (1) in a press nip between a lamination roll (10) and an impression roll (7). After lamination the laminated web (19) is cut and/or perforated (22;25) in register with the glue transfer and lamination while still residing on the impression roll (7). There is also provided a multi-ply web which is cut or perforated in a pattern (22;25) which is in register with the glue pattern (12;24).
Abstract:
The invention relates to an embossed sheet 10 made up of at least a first and a second ply 12, 14 of creped cellulose cotton of the type in which the first ply 12 has an embossed design 16 involving a first series of first projections 18 that form in particular first alignments and in which the apexes 32 are connected to the internal face 24 of the facing second ply 14 characterized in that these two plies 12, 14 each have a second embossed design 36 involving a second series of second projections 38, 40, and by the fact that the apexes 42, 44 of the second projections 38, 40 of a ply 12, 14 extended outward and are facing and near apexes 44, 42 of the second projections 40, 38 of the other ply 14, 12.
Abstract:
Method for producing a multi-ply web comprising at least three plies of flexible material, such as paper and nonwoven material and a multi-ply product produced according to the method. A first and second ply are glued together with a first glue pattern and a second and third ply are glued together with a second glue pattern which is applied offset with respect to the first glue pattern.
Abstract:
The present invention is generally directed to a process for hot embossing a base sheet and/or to a process for perforating and bonding multiple plies of a paper product together. The process can be used in order to apply a decorative pattern to a paper product and/or to bond multiple ply products together. In one embodiment, the process of the present invention includes feeding a previously formed single ply or multi-ply base sheet through a heated embossing nip. As the base sheet passes through the heated embossing nip, sufficient heat and pressure is imparted to cause the fibers within the sheet to begin to melt or glassinate. Upon cooling, inter-fiber bonding occurs resulting in a well-defined embossment as well as bonding between plies of a multi-ply product.