Ink-imprintable release coating compositions are described which comprise a polymer comprising a polyurethane, a fluoroacrylate polymer or copolymer, or an addition cured or a condensation cured silicone polymer containing dispersed and/or emulsified resin particles, resin particle domains, or both, and, optionally, inorganic particles. The resin particles comprise resins which are different from the polymers and the resins comprise polyurethanes, polyamides, and polyureas. Ink-imprintable label, tape and stamp constructions also are described which comprise a plurality of contiguous labels, tapes or stamps in a roll or stacked sheet configuration without an independent release liner wherein the labels, tapes and stamps have a pressure-sensitive adhesive on the back surface and a cured ink-imprintable release coating on the face surface.
Faceless PSA label constructions of this invention comprise a flexible substrate having a release surface, and a layer of pressure-sensitive adhesive disposed on the release surface. A nonblocking continuous film that, in combination with the pressure-sensitive adhesive is sufficiently self supporting, is disposed over a surface of the layer of pressure-sensitive adhesive to render the pressure-sensitive adhesive tack free. The continuous film is selected from the group of film-forming polymers consisting of polyamide resins, polyester resins, polyurethane resins, polyacrylate resins, vinyl acetate resins and mixtures thereof having a tensile strength of at least 200 psi, and a percent elongation of at least 50. The continuous film can be applied sequentially or simultaneously with the PSA. For purposes of simultaneous application it is desired that the continuous film be formed from a material having a hot melt viscosity that within a factor of about two times a hot melt viscosity for the PSA.
Frederick N. Miekka - Sierra Madre CA William F. Scholz - Altadena CA Rick J. Verhines - Marina Del Rey CA Norman A. Conti - Painesville OH Karl Josephy - Los Angeles CA
Prelaminate pressure-sensitive adhesive (PSA) constructions comprise, a first substrate, a coating or release material on a surface of the first substrate, a PSA layer disposed on the coating of release material, and a detackified layer (DL) disposed on a surface of the PSA layer to form a continuous film covering the PSA layer. In first and second embodiments of the construction the DL is activatable to form a tacky layer on top of the PSA layer for lamination with a second substrate. In a third embodiment, the DL includes constituents that when activated migrate into the PSA layer to expose the PSA layer tacky surface for lamination with a second substrate. The prelaminate PSA constructions are completely nonblocking to a minimum 24 hour blocking temperature of about 50Â C. at pressure of about 40 kilopascals, thereby allowing such prelaminate PSA construction to be collected, stored, and or transported before being laminated without adhesive interference occurring between continuous layers. The DL in each embodiment is activatable in less than five seconds to provide a tacky layer having a sufficient open tack time to permit lamination at less than about 100Â C.
William F. Scholz - Altadena CA Eric Chen-nan Su - Mentor OH Norman A. Conti - Painesville OH Frederick N. Miekka - Sierre Madre CA
Assignee:
Avery Dennison Corporation - Pasadena CA
International Classification:
B05D 510
US Classification:
4272084, 4272088, 427261, 4274071
Abstract:
Faceless PSA label constructions of this invention comprise a flexible substrate having a release surface, and a layer of pressure-sensitive adhesive disposed on the release surface. A nonblocking continuous film that, in combination with the pressure-sensitive adhesive is sufficiently self supporting, is disposed over a surface of the layer of pressure-sensitive adhesive to render the pressure-sensitive adhesive tack free. The continuous film is selected from the group of film-forming polymers consisting of polyamide resins, polyester resins, polyurethane resins, polyacrylate resins, vinyl acetate resins and mixtures thereof having a tensile strength of at least 200 psi, and a percent elongation of at least 50. The continuous film can be applied sequentially or simultaneously with the PSA. For purposes of simultaneous application it is desired that the continuous film be formed from a material having a hot melt viscosity that is within a factor of about two times a hot melt viscosity for the PSA.
Ink-Imprintable Release Coatings, And Pressure Sensitive Adhesive Constructions
Ink-imprintable release coating compositions are described which comprise a polymer comprising a polyurethane, a fluoroacrylate polymer or copolymer, or an addition cured or a condensation cured silicone polymer containing dispersed and/or emulsified resin particles, resin particle domains, or both, and, optionally, inorganic particles. The resin particles comprise resins which are different from the polymers and the resins comprise polyurethanes, polyamides, and polyureas. Ink-imprintable label, tape and stamp constructions also are described which comprise a plurality of contiguous labels, tapes or stamps in a roll or stacked sheet configuration without an independent release liner wherein the labels, tapes and stamps have a pressure-sensitive adhesive on the back surface and a cured ink-imprintable release coating on the face surface.
Overlaminated Pressure-Sensitive Adhesive Construction
William F. Scholz - Altadena CA, US Eric Chen-nan Su - Mentor OH, US Norman A. Conti - Painesville OH, US Johannes Schut - Alphen aan den Rijn, NL David J. Scanlan - Hermosa Beach CA, US Steven J. Vargas - Glendale CA, US Ronald Ugolick - San Dimas CA, US Jose Luis Mendez - Baldwin Park CA, US Edward I. Sun - Arcadia CA, US
Overlaminated faceless PSA label constructions of this invention comprise a low material cost, thin prelaminate PSA construction having a layer of pressure-sensitive material disposed on a release surface of a removable substrate, and a nonblocking continuous film disposed over a surface of the layer of pressure-sensitive adhesive to render the pressure-sensitive adhesive tack free. An optically transparent overlaminate film layer is disposed over the nonblocking continuous film, and a printed indicia is interposed between the overlaminate film layer and nonblocking continuous film. The prelaminate PSA construction does not include a conventional facestock formed from paper, cardboard or plastic, and is highly conformable.
Hair care compositions are described that provide frizz control and maintain volume for naturally curly hair in high humidity environments. The compositions comprise from about 4% to 17% of a high viscosity flexible polydimethylsiloxane polymer and a mixture of volatile and non-volatile carrier fluids.
William Scholz - Altadena CA, US Eric Su - Mentor OH, US Norman Conti - Painesville OH, US Frederick Miekka - Sierra Madre CA, US
Assignee:
Avery Dennison Corporation - Painesville OH
International Classification:
B05D005/10
US Classification:
427/208400
Abstract:
Faceless PSA label constructions of this invention comprise a flexible substrate having a release surface, and a layer of pressure-sensitive adhesive disposed on the release surface. A nonblocking continuous film that, in combination with the pressure-sensitive adhesive is sufficiently self supporting, is disposed over a surface of the layer of pressure-sensitive adhesive to render the pressure-sensitive adhesive tack free. The continuous film is selected from the group of film-forming polymers consisting of polyamide resins, polyester resins, polyurethane resins, polyacrylate resins, vinyl acetate resins and mixtures thereof having a tensile strength of at least 200 psi, and a percent elongation of at least 50. The continuous film can be applied sequentially or simultaneously with the PSA. For purposes of simultaneous application it is desired that the continuous film be formed from a material having a hot melt viscosity that is within a factor of about two times a hot melt viscosity for the PSA. The completed faceless PSA label construction is adapted to receive and retain printing or marking indicia directly onto a surface of the continuous film.
Name / Title
Company / Classification
Phones & Addresses
William Scholz Manager
CPM AIR LLC Plumbing/Heating/Air Cond Contractor · Air Duct Cleaning · Dryer Vent Cleaning · Electrician · Heating & Air Conditioning/hvac · Remodeling
6508 E June St, Mesa, AZ 85205 6457 E June St, Mesa, AZ 85205 2200 N Delaware Dr #61, Apache Junction, AZ 85120 4802185595, 4806563396
Rogers Corporation
R and D Manager at Rogers Corporation
Optiva Inc. 2004 - 2005
Manager
Southwall Technologies 1998 - 2004
R and D Director
Avery Dennison 1990 - 1998
R and D and Marketing Manager
Pilkington 1988 - 1990
Research Chemist
Education:
University of Southern California 1978 - 1982
Doctorates, Doctor of Philosophy, Chemistry
Skills:
R&D Chemistry Product Development Design of Experiments Polymers Polymer Science Coatings Materials Science Six Sigma Adhesives Thin Films Polymer Chemistry Manufacturing Process Simulation Engineering Spc Process Engineering Polymer Characterization Continuous Improvement Characterization Materials Chemical Engineering Lean Manufacturing Semiconductors Failure Analysis Analytical Chemistry Plastics Rheology Fmea Electrochemistry Engineering Management Iso Surface Chemistry Minitab Quality System Electronics Design For Manufacturing Nanotechnology Tga Formulation Commercialization 5S Polyurethane Resin Batteries Root Cause Analysis Technology Transfer Composites Dmaic Jmp
Bill Scholz (1951-1955), David Ketels (1969-1973), Mark Gehl (1951-1955), Janet Gehl (1976-1980), Henry Michael Sweere (1958-1962), Joyce Albers (1964-1968)