Geoffrey Fenn Carlow - Neenah WI Timothy Dale Ferguson - Appleton WI Amber Marie Fortune - Kaukauna WI Daniel John VanderHeiden - Menasha WI Heath David Van Wychen - Kimberly WI
Assignee:
Kimberly-Clark Worldwide, Inc. - Neenah WI
International Classification:
D21H 1759
US Classification:
1621644, 162109, 162111, 162112, 162113, 162135
Abstract:
A tissue product having improved hand feel and good wettability is produced by printing onto one or both sides of the tissue an aqueous emulsion containing a derivitized amino-functional polysiloxane. The derivitized amino-functional polysiloxane structure has one or more pendant groups containing an amine derivative.
Soft Absorbent Tissue Treated With A Chemical Composition
Amber Marie Fortune - Kaukauna WI Geoffrey Fenn Carlow - Neenah WI Timothy Dale Ferguson - Appleton WI Heath David Van Wychen - Kimberly WI Daniel John VanderHeiden - Menasha WI
Assignee:
Kimberly-Clark Worldwide, Inc. - Neenah WI
International Classification:
D21H 2122
US Classification:
162158, 162109, 162127, 162129, 162130, 162135
Abstract:
A tissue product having improved hand feel and good wettability is produced by printing onto one or both sides of the tissue an aqueous emulsion containing a hydrophilically-modified amino-functional polydimethylsiloxane. The hydrophilically-modified amino-functional polydimethylsiloxane structure has one or more pendant groups containing an ethylene oxide moiety and/or propylene oxide moiety.
Amber Fortune - Kaukauna WI, US Geoffrey Carlow - Neenah WI, US Timothy Ferguson - Appleton WI, US Roger Wendler - Sherwood WI, US Heath Van Wychen - Kimberly WI, US Daniel VanderHeiden - Menasha WI, US
International Classification:
D21H011/00
US Classification:
162/164400
Abstract:
A tissue product having improved hand feel and good wettability is produced by printing onto one or both sides of the tissue an aqueous emuslion containing a hydrophilically-modified amino-functional polydimethylsiloxane. The hydrophilically-modified amino-functional polydimethylsiloxane structure has one or more pendant groups containing a terminal amine functionality and at least one pendant group containing an ethylene oxide moiety.
James Baggot - Menasha WI, US Tammy Baum - Neenah WI, US Paul Pauling - Appleton WI, US Geoffrey Carlow - Neenah WI, US Alexander Gunn - North Augusta SC, US Timothy Ferguson - Appleton WI, US Daniel Vanderheiden - Menasha WI, US Roger Wendler - Sherwood WI, US James Wood - Hortonville WI, US
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.
James Baggot - Menasha WI, US Tammy Baum - Neenah WI, US Paul Pauling - Appleton WI, US Geoffrey Carlow - Neenah WI, US Alexander Gunn - North Augusta SC, US Timothy Ferguson - Appleton WI, US Daniel Vanderheiden - Menasha WI, US Roger Wendler - Sherwood WI, US James Wood - Hortonville WI, US
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.