Abstract: A laminate for a see-through electrode includes a transparent base and a metal layer that is provided on at least one of both surfaces of the transparent base. The metal layer has a first surface and a second surface, the first surface facing the transparent base, the second surface being at a side opposite to the first surface. And the second surface has a kurtosis (Rku) ranging from 1.00 to 3.10, inclusive.

Abstract: A laminate for a see-through electrode includes a transparent base and a metal layer that is provided on at least one of both surfaces of the transparent base. The metal layer has a first surface and a second surface, the first surface facing the transparent base, the second surface being at a side opposite to the first surface. And the second surface has a kurtosis (Rku) ranging from 1.00 to 3.10, inclusive.

Abstract: Provided is a base material having a conductor pattern formed thereon, which is obtained by forming, at a high productivity on a base material, a conductor pattern having a lower surface resistivity and a higher conductivity than in the related art. A receiving layer 5 made of a cellulose acetate alkylate is formed on a surface of a base material 4. A conductor pattern 6 is formed by printing a conductive paste 3 in a predetermined pattern shape onto the surface of the receiving layer 5.

Abstract: Provided is a base material having a conductor pattern formed thereon, which is obtained by forming, at a high productivity on a base material, a conductor pattern having a lower surface resistivity and a higher conductivity than in the related art. A receiving layer 5 made of a cellulose acetate alkylate is formed on a surface of a base material 4. A conductor pattern 6 is formed by printing a conductive paste 3 in a predetermined pattern shape onto the surface of the receiving layer 5.

Abstract: There is provided a near infrared ray absorption composition which is well suited for use as a near infrared ray absorption filter particularly for a plasma display panel, since the composition is high in transmittance for visible rays, particularly blue ray transmittance and absorption efficiency for near infrared rays and besides, is excellent in long-term durability. The composition comprises a transparent resin; at least one dithiol nickel compound represented by the formula (1) wherein R1 to R6 are each a hydrogen atom or an alkyl group having 1 to 8 carbon atoms, and may be the same or different; and/or at least one diimmonium compound represented by the formula (2) wherein R7 to R14 are each a hydrogen atom or an alkyl group having 1 to 8 carbon atoms or an aryl group having 6 to 24 carbon atoms, and may be the same or different.

Abstract: The present invention provides a near infrared absorption material comprising: a transparent substrate, and at least a transparent resin layer formed thereon, containing a near infrared absorption dye and a dye selectively absorbing a light of 550 to 620 nm wavelength region; or, comprising: a transparent substrate, and at least a transparent resin layer containing a near infrared absorption dye and an adhesive layer containing a dye selectively absorbing a light of 550 to 620 nm wave-length region, both formed on the transparent substrate so that the adhesive layer becomes the outermost layer.

Abstract: A thin, electromagnetic wave shielding laminate for displays, which is thin, light, excellent in flexibility, has improved resistance of its near-infrared reducing function to ultraviolet rays, heat and moisture, requires only a simple production process, easily produced, excellent in productivity and easily attached to a display, and process for producing the same, in which the thin, electromagnetic wave shielding laminate for displays with a mesh-shape electroconductive material having openings which is provided, at least on one side, with an optical film via an adhesive layer to form a monolithic structure, wherein (a) the optical film having a near-infrared reducing function is arranged on the display side from the mesh-shape electroconductive material, and (b) the openings of said mesh-shape electroconductive material or the openings and surface layer section are filled or coated with a transparent resin composition satisfying a specific optical requirement, and the process for producing the same.

Abstract: There are disclosed a transparent electromagnetic wave-shielding laminate for display, the laminate comprising an electromagnetic wave-shielding layer wherein at least periphery of a terminal cross section of the layer and/or periphery of an edge thereof is covered with an electroconductive elastomer composition containing an electroconductive filler and a thermoplastic elastomer; a process for producing an electromagnetic wave-shielding laminate comprising bringing an electroconductive elastomer composition into contact with at least periphery of a terminal cross section of an electromagnetic wave-shielding layer and/or periphery of an edge of the layer, and in this state, heat press bonding the composition from a lamination direction and/or cross sectional direction to form an exposed portion on at least peripheral end of the laminate, the portion comprising the composition which is grounded to the layer; other processes for producing the same; and a display unit comprising the transparent electromagnetic w

Abstract: A transparent electromagnetic radiation shielding sheet having sufficient visible light transmittance and electromagnetic radiation shielding performance is disclosed. The transparent electromagnetic radiation shielding sheet includes a hot melt adhesive resin comprising a resin having a structure where organic acid is not produced by hydrolysis. The transparent electromagnetic radiation shielding sheet is light, excellent in durability and is favorably used in various display devices. A method of producing the transparent electromagnetic radiation shielding sheet and a display device such as a plasma display device and a CRT (cold-cathode ray tube) having the transparent electromagnetic radiation shielding sheet placed on the front surface of a display panel of the display device are also disclosed.

Abstract: A transparent electromagnetic radiation shielding sheet having sufficient visible light transmittance and electromagnetic radiation shielding performance is disclosed. The transparent electromagnetic radiation shielding sheet includes a hot melt adhesive resin comprising a resin having a structure where organic acid is not produced by hydrolysis. The transparent electromagnetic radiation shielding sheet is light, excellent in durability and is favorably used in various display devices. A method of producing the transparent electromagnetic radiation shielding sheet and a display device such as a plasma display device and a CRT (cold-cathode ray tube) having the transparent electromagnetic radiation shielding sheet placed on the front surface of a display panel of the display device are also disclosed.

Abstract: The present invention provides a near infrared absorption material comprising:

Abstract: The object of the present invention is to provide a stock solution composition for use in production of hard polyurethane foam, which composition can disperse the flame retardant filler component stably therein when allowed to stand and, when subjected to stirring or an external pressure, has a reduced viscosity, promising easy transfer of the composition and easy foaming in production of hard polyurethane foam at the site. The present invention provides a stock solution composition for use in production of hard polyurethane foam, which comprises, as the essential components, a polyol, a foaming agent, a flame retardant filler, a flame retarder and a solvent-swollen clay mineral. The swollen clay mineral has thixotropy; that is, it is a gel owing to the interaction between molecules when allowed to stand and, when subjected to an external pressure or the like, said interaction between molecules is cut and the gel changes into a liquid sol.