44 results about "Decorative laminate" patented technology

To provide decorative paper for resin-impregnated decorative laminates and a melamine decorative laminate which can achieve high solidity and designability.SOLUTION: Decorative paper for resin-impregnated decorative laminates has base paper, a pattern layer provided on the base paper, a liquid repellent layer provided on the pattern layer, and a filler layer provided between the base paper and the pattern layer or between the pattern layer and the liquid repellent layer. There is also provided a melamine decorative laminate prepared with such a decorative paper for resin-impregnated decorative laminates, wherein the melamine decorative laminate has: the decorative paper for resin-impregnated decorative laminates; and a transfer layer that is provided, through an adhesion layer, in a region free of a liquid repellent layer on a pattern layer provided in the decorative paper for resin-impregnated decorative laminates.SELECTED DRAWING: Figure 1

The present invention aims to provide a metallic decorative laminate having excellent moldability, excellent millimeter-wave transmittance, scratch resistance, and design properties, as well as a multilayer laminate and a metallic article containing the said metallic decorative laminate. The present invention relates to a metallic decorative laminate comprising a surface layer, a metal layer, and a base layer in that order, wherein the surface layer contains a polyurethane resin and the base layer contains a polycarbonate resin; a multilayer laminate further comprising a surface protective layer on the side of the surface layer of the metallic decorative laminate opposite to the metal layer; and a metallic article comprising the metallic decorative laminate.

The present invention provides a decorative laminate member capable of imparting high designability and excellent adhesion and suppressing generation of warping, and a decorative molded body comprising the same. A decorative laminate member having a transparent coating film layer (A), a resin substrate layer (B), a design layer (C), an adhesive layer (D), and a heat-resistant film layer (E), characterized in that the heat shrinkage rate of the decorative laminate member when heated from 35°C to 105°C and then cooled from 105°C to 35°C is 0% or more and 3.0% or less.

Provided is a metallic-toned decorative laminate comprising: a lustrous resin layer that contains one or more lustrous materials, one or more pigments, and a resin component (1) which contains one or more fluororesins; and a transparent resin layer that contains a resin component (2) which contains one or more fluororesins. Also provided are an intermediate laminate, a multilayer laminate, decorative laminate, a metallic-toned article, a method for producing the intermediate laminate, and a method for producing the decorative laminate.

The decorative laminate (30) has a first surface (30A) and a second surface (30B) on the opposite side of the first surface (30A). A decorative laminate (30) is provided with a base material layer (31), a surface layer (33) disposed closer to a first surface (30A) than a second surface (30B) with respect to the base material layer (31), and a pattern layer (40) supported by the base material layer (31). The pattern layer (40) includes a glossy layer (41) containing a glossy material (41b).

The purpose of the present invention is to provide: a metallic decorative laminate having exceptional moldability as well as exceptional millimeter wave permeability, scratch resistance, and design properties; and a multilayer laminate and a metallic article that include the metallic decorative laminate.　The present invention relates to: a metallic decorative laminate including a surface layer, a metal layer, and a base material layer in the stated order, the surface layer containing a polyurethane resin, and the base material layer containing a polycarbonate resin; a multilayer laminate furthermore including a surface-protective layer on the side of the surface layer of the metallic decorative laminate opposite from the metal layer; and a metallic article that includes the metallic decorative laminate.

The invention provides a metal-style decorative laminate, a metal-style molded body, an injection molded body, a method for manufacturing the metal-style decorative laminate, a method for manufacturing the metal-style molded body, a method for manufacturing the injection molded body, and a urethane adhesive. The present invention relates to a metal-style decorative laminate comprising a first polycarbonate layer, a first adhesive layer, a metal layer laminate comprising a metal layer, a second adhesive layer, and a second polycarbonate layer in this order, the first adhesive layer and the second adhesive layer being configured to have a specific composition. According to the present invention, defects in the appearance of a metallic molded article caused by erosion can be improved without impairing the appearance design and moldability, and hydrolysis resistance can be satisfied.

This product is a decorative panel with a decorative layer on the surface of a base material, and its approximate dimensions are 1800 mm in the long side direction and 300 mm in the short side direction. As shown in the plan view, the decorative layer is decorated with a parquet pattern that resembles parquet, and the parquet pattern is composed of multiple pattern blocks made of images of wood surfaces. As shown in the plan view, two triangular pattern blocks and two trapezoidal pattern blocks are placed at both ends of the long side direction of the decorative panel. When two decorative panels are joined in the long side direction, the triangular pattern blocks on one side and the trapezoidal pattern blocks on the other side are recognized as one continuous parallelogram-shaped pattern spanning the two decorative panels, and the trapezoidal pattern blocks on one side and the triangular pattern blocks on the other side are recognized as one continuous parallelogram-shaped pattern spanning the two decorative panels. To this end, the images of the two parallelogram-shaped wood surfaces are each divided into two and placed at both ends of the long side direction of the decorative panel.

The invention pertains to decorative laminate structures made with a combination of thermoplastic film and embossing resin layers with at least one layer of a thermoset polyimide. The laminate construction optimizes the low flammability characteristics, as well as providing low combustion toxicity and low smoke to comply with regulations and customer requirements. The laminates also providing formability and a lightweight, safe, and environmentally friendly material for use in the aerospace or other commercial transportation. The laminate also has high dimensional stability and tensile strength to facilitate manufacture and use, by retention of designs, textures, patterns, or three-dimensional characteristics. The laminate reduces or eliminates use of possibly hazardous flame retardant materials, and significantly reduces the weight of the laminate for various applications.

An ink kit for manufacturing decorative laminates comprises a colored free radical curable inkjet ink and a free radical curable liquid, wherein the colored free radical curable inkjet ink comprises a colored pigment and a polymerizable composition, the polymerizable composition containing 10% to 90% by weight of one or more monofunctional polymerizable compounds; wherein the free radical curable liquid comprises a polymerizable composition, the polymerizable composition containing 15% by weight or more of a polyfunctional polymerizable compound and 15% by weight or more of a specific monofunctional polymerizable compound; and wherein all weight percentages are based on the total weight of the polymerizable composition in the colored free radical curable inkjet ink or the polymerizable composition in the free radical curable liquid.

The invention provides a metallic decorative laminate, a metallic article comprising the metallic decorative laminate, and a method for manufacturing the metallic decorative laminate. The metallic decorative laminate comprises: a resin component containing one or more fluorine-based resins and one or more acrylic-based resins; and a glittering resin layer containing one or more glittering materials, the glittering resin layer having a layer thickness of 20 [mu] m or more and 100 [mu] m or less, thereby exhibiting an excellent metallic appearance design, having excellent millimeter wave transmissivity, and being easy to manufacture.

The present invention relates to a method for producing decorative laminates (1-1') comprising at least a plate-shaped board (2) and a decorative top layer (9). The plate-shaped board (2) comprises a first major surface (3), a second major surface (4), and one 5 or more side edges (5-6-7-8) connecting the first major surface (3) and second major surface (4). The decorative top layer (9) comprises a resin. The plate-shaped board (2) is provided with one or more steam release channels (14) at the first major surface (3) and / or second major surface (4), wherein each steam release channel (14) extends to at least one said side edge (5-6-7-8). A further object of the invention is a decorative 10 laminate (1-1') which may be obtained through said method.

The invention discloses a temperature-resistant and pressure-resistant fragrance-releasing microcapsule, impregnated bond paper based on the temperature-resistant and pressure-resistant fragrance-releasing microcapsule and a fragrance-releasing veneer artificial board based on the temperature-resistant and pressure-resistant fragrance-releasing microcapsule. The temperature-resistant and pressure-resistant fragrance-releasing microcapsule comprises a core material and a shell layer wrapping the core material, the core material is a perfume solution, the shell material of the shell layer is a polymer obtained by cross-linking polymerization of a film forming component, the film forming component is a blend formed by melt blending of PVA, PLA and a PVA-g-PLA copolymer, and the film forming component is a polymer obtained by melt blending of PVA, PLA and a PVA-g-PLA copolymer. The PVA-g-PLA copolymer is prepared by reacting polyvinyl alcohol with lactic acid under the action of a catalyst; veneer paper raw paper is soaked in a modified adhesive formed by mixing the temperature-resistant and pressure-resistant fragrance-releasing microcapsules and triamine glue to obtain soaked bond paper, and the soaked bond paper is pressed and attached to plywood to obtain the fragrance-releasing veneer artificial board. According to the invention, by adjusting the formula of the shell material of the fragrance-releasing microcapsule, the fragrance-releasing microcapsule has high temperature resistance and pressure resistance, and the fragrance-releasing rate and the fragrance-releasing durability of the fragrance-releasing microcapsule are adjustable.

Wall panel constructions are disclosed having visually detectable dimensional characteristic imparted to a panel exterior surface as a raised relief area by providing a cabin wall panel assembly with a panel insert having a dimensional characteristic interposed between a panel substrate and a deformable outer panel layer that is deformed under pressure to form the visually detectable raised relief area comprising the dimensional characteristic in the cabin panel exterior surface.

A decorative laminate includes a metallic layer that has excellent metallic glossiness and can reduce or prevent appearance failure, and a method of producing the same, and a metallic coating composition that can form the metallic layer. A decorative laminate includes: at least one selected from the group consisting of a substrate and a release liner; and a metallic layer containing metal pigment particles and a binder, the metal pigment parciles having a particle diameter D50 of from approximately 5 to approximately micrometers and a particle diameter D90 of from approximately 10 to approximately 30 micrometers, the metallic layer having an L* value of approximately 85 or greater.

To provide a decorative laminate having a three-dimensional effect, a transfer sheet, a decorative member, and a moving body.SOLUTION: A decorative laminate 10 includes a shaping layer 20. The decorative laminate 10 has at least one unit optical element 13. In the unit optical element 13, a shaping surface includes a plurality of inclined surfaces 26A and a plurality of connecting surfaces 26B. An angle of the inclined surface 26A relative to a normal direction of the decorative laminate 10 is larger than an angle of the connecting surface 26B connected to the inclined surface 26A relative to the normal direction of the decorative laminate 10. The plurality of inclined surfaces 26A include first inclined surfaces 26A1 aligned in a direction toward a first reference line L1 extending along the normal direction of the decorative laminate 10 and inclined toward the first reference line L1. The plurality of connecting surfaces 26B include first connecting surfaces 26B1 that connect adjacent first inclined surfaces 26A1. At least one of the unit optical elements 13 is a distortion unit optical element 231 in which the first reference line L1 is displaced from a geometric center GC of the unit optical element 13.SELECTED DRAWING: Figure 3

The present invention relates to a laminated glazing (10) comprising a first glass sheet (11) and a second glass sheet (12) adhesively connected to each other by a lamination interlayer (14) comprising a polymer sheet, called a carrier sheet (140), coated with a decorative coating (16) comprising a plurality of superimposed organic ink layers (161, 162, 163) including a first ink layer (161) which is the ink layer closest to the first glass sheet (11) and a second ink layer (162) which is the ink layer closest to the second glass sheet (12).

There are provided a metallic decorative laminate including a first polycarbonate layer, a first adhesive layer, a metal-layer laminate including a metal layer, a second adhesive layer, and a second polycarbonate layer, in that order, the first adhesive layer and the second adhesive layer having a specific composition, a metallic formed body, an injection molded body, a method for manufacturing a metallic decorative laminate, a method for manufacturing a metallic formed body, a method for manufacturing an injection molded body, and a urethane-based adhesive, which can improve the poor appearance of a metallic molded article due to a washout without impairing the design property and moldability and which can satisfy hydrolysis resistance.

The invention discloses a temperature-resistant fragrance-releasing microcapsule, impregnated bond paper based on the temperature-resistant fragrance-releasing microcapsule and a fragrance-releasing type veneer artificial board. The microcapsule comprises a core material and a shell layer wrapping the core material, the core material is a perfume solution, the shell material of the shell layer is a polymer obtained by grafting and modifying a film forming component through fluorocarbon resin, and the film forming component is polyvinyl alcohol or polylactic acid; adding the microcapsule into a triamine adhesive, stirring to obtain a modified adhesive, and then impregnating the raw paper of the facing paper into the modified adhesive to obtain impregnated bond paper; and finally, the impregnated bond paper is put into a drying oven to be pre-cured and then taken out, the impregnated bond paper is pressed and pasted on the surface of the plywood to form a film, and the aroma-releasing veneer artificial board is obtained. According to the invention, fluorocarbon resin grafting modification is carried out on the fragrance-releasing microcapsules, so that the stability of the fragrance-releasing microcapsules in the production and pressing processes of the impregnated paper is improved, and the loss in the production process is reduced; and meanwhile, the effect of slowly releasing the fragrance in the use process of the artificial board is guaranteed.

The present invention relates to a decorative laminated glazing (1) comprising at least one first glass sheet (11) having an exterior face (P1) and an interior face (P2) and at least one second glass sheet (12) having an interior face (P3) and an exterior face (P4), at least one interlayer (13) having a face (Pa) facing the interior face (P2) of the first glass sheet (11) and a face (Pb) facing the interior face (P3) of the second glass sheet (12), at least one decorative zone (2) comprising at least one coating (21, 22, 25) at least partially covering the glazing (1).

The present invention provides decorative laminates and decorative members that have a three-dimensional appearance and express a matte texture. [Solution] The decorative laminate 10 has a front surface 11 and a back surface 12, and comprises a shaping layer 20 and a diffusion layer 90. The shaping layer 20 has a shaping surface 20a on which an uneven structure 25 is formed. The decorative laminate 10 has at least one unit optical element 13. In the unit optical element 13, the shaping surface 20a includes a plurality of tilted surfaces 26A and a plurality of connecting surfaces 26B that connect adjacent tilted surfaces 26A. The angle of the tilted surfaces 26A with respect to the normal direction is greater than the angle of the connecting surfaces 26B that connect to the tilted surfaces 26A with respect to the normal direction. The diffusion layer 90 diffuses the incident light. The ratio G(85) / G(20), which is the ratio of the specular gloss G(85) at an incident angle of 85° on the front surface 11 of the decorative laminate 10 to the specular gloss G(20) at an incident angle of 20° on the front surface 11 of the decorative laminate 10, is between 2 and 30.

This product is made by bonding paper and resin sheet material together, and is used, for example, as a reflector for lighting fixtures. This product should be used with the side where the paper is bonded facing forward.

This process suppresses the deterioration of the decorative design of the decorative component due to degreasing. [Solution] The decorative laminate 40 is bonded to the adherend AB by a bonding layer 50. The decorative laminate 40 includes a surface protection layer 41, a design layer 42, and a barrier layer 43 in this order, from the first surface 40a to the second surface 40b. The surface protection layer 41 includes a cured resin. The barrier layer 43 is adjacent to the bonding layer 50. The elongation ratio of the decorative laminate 40 under at least one of the 25°C and 160°C conditions is 1.5 times or more. The barrier layer 43 has an infrared absorption spectrum of 1500 cm⁻¹. -1 More than 1600cm -1 The first peak P1 is located within the following wavenumber range, and 1600cm -1 More than 1700cm -1 The second peak P2 is located within the following wavenumber range, and 3250cm -1 More than 3350cm -1 It has a third peak P3 located in the following wavenumber range. In the infrared absorption spectrum of the barrier layer 43, the full width at half maximum of the third peak P3 is 250 cm. -1 That's all.

Methods, systems, and kits related to the production of decorative laminates are discussed herein. Exemplary embodiments discussed herein relate to a printer system, i.e., a roll-to-roll printer, capable of depositing and curing ink and haptic layers on a thin film without further processing after curing each of the ink and haptic layers.

Provided are an environmentally friendly decorative laminate having excellent flame retardancy and a decorative article including the same. A flame retardant decorative laminate includes a substrate, a colored layer, and an adhesive layer. The colored layer contains a biomass-derived extender pigment and contains about 15 mass% or more of at least one selected from the group consisting of a phosphorus-based flame retardant and a boron-based flame retardant.

The present invention provides a decorative laminate for three-dimensional molding processing and a method for manufacturing the same, the decorative laminate having excellent corrosion resistance, impact resistance, adhesion, and unsealing resistance after three-dimensional molding processing. A solution is that a method for manufacturing a decorative laminate for three-dimensional molding processing according to an embodiment of the present disclosure comprises: preparing a metal layer; applying a primer layer to the metal layer, the primer layer containing at least one selected from the group consisting of an organosilicon compound and a (meth) acrylic resin; applying a two-component curable polyurethane precursor layer containing a polyol and an isocyanate directly to the primer layer; and reacting the two component curable polyurethane precursor layer to form a polyurethane layer.

This product is a decorative panel with a decorative layer on the surface of a base material, and its approximate dimensions are 1800 mm in the long side direction and 300 mm in the short side direction. As shown in the plan view, the decorative layer is decorated with a parquet pattern that resembles parquet, and the parquet pattern is composed of multiple pattern blocks made of images of wood surfaces. As shown in the plan view, two triangular pattern blocks and two trapezoidal pattern blocks are placed at both ends of the long side direction of the decorative panel. When two decorative panels are joined in the long side direction, the triangular pattern blocks on one side and the trapezoidal pattern blocks on the other side are recognized as one continuous parallelogram-shaped pattern spanning the two decorative panels, and the trapezoidal pattern blocks on one side and the triangular pattern blocks on the other side are recognized as one continuous parallelogram-shaped pattern spanning the two decorative panels. To this end, the images of the two parallelogram-shaped wood surfaces are each divided into two and placed at both ends of the long side direction of the decorative panel.

A resin composition for impregnating paper products used in manufacture of high-pressure decorative laminates includes a resin and lignin derivatives.

A description is given of a method for producing a decorative laminate (1) with a decoratively synchronously embossed surface by means of a press using an embossing die having a three-dimensional structure, comprising the following method steps: a) retracting the embossing die in the press or another press such that the dimensions thereof substantially correspond to the operational dimensions thereof during the embossing of the surface of the decorative laminate (1), b) embossing the structure of the retracted embossing die, using pressure and temperature, into the surface of a sample laminate such that a three-dimensional surface structure is imparted to the sample laminate, c) detecting the three-dimensional surface structure of the sample laminate, preferably by scanning the three-dimensional surface structure of the sample laminate, d) developing a decoration (2) matching the detected three-dimensional surface structure, e) printing the developed decoration (2) onto a substrate (4), f) pressing the substrate (4) printed with the decoration in combination with at least one layer of material (6, 6', 10) that gives off resin under the effect of pressure and / or temperature and also in combination with a backing material (8), and optionally at least one further layer of material (12), in the press using the embossing die retracted according to method step a), while applying pressure and temperature, to form the decorative laminate (1) with the decoratively synchronously embossed surface.

The invention relates to an illuminable laminated glazing (50) comprising a first glass sheet (11) and a second glass sheet (12) adhesively bonded to one another by a lamination interlayer (14), said lamination interlayer (14) comprising a polymer sheet, referred to as a carrier sheet (140), which is coated with a decorative coating (16) comprising at least one organic ink layer (161, 162, 163), said laminated glazing further comprising extraction means (13) positioned between the decorative coating (16) and the second glass sheet (12).