PRINTED MATTER

WIPO Patent Application WO/2022/219970

A1

[Problem] To provide printed matter which has favorable adhesiveness to various ink compositions while avoiding electrostatic damage in a printing step, and which maintains favorable adhesiveness without causing degradation of the adhesiveness between an ink layer and an easily adhesive layer even when printed, and then stored in a high-temperature and high-humidity environment. [Solution] This printed matter has an easily adhesive coating layer provided on a polyester film substrate, and is formed by laminating, on the easily adhesive coating layer, at least one ink layer selected from among UV-curable ink, solvent-type ink, oxidative polymerization-type ink, thermal transfer ink ribbon, and LBP toner, wherein the nitrogen ion concentration A (at%) and the nitrogen element ratio B (at%), as obtained on the basis of the surface element distribution measurement of the surface of the easily adhesive coating layer by X-ray photoelectron spectroscopy, satisfy a specific relationship, and the contact angle θ H2O of the surface of the easily adhesive coating layer to water is within a specific range.

WO/2004/108409	FILM SURFACE FINISHING SYSTEM
JPH03130702	LAMINATED SHEET HAVING POLARIZATION FUNCTION
WO/2002/016112	PROCESS FOR PREPARING A MULTI-LAYER ARTICLE HAVING A FLUOROPLASTIC LAYER AND AN ELASTOMER LAYER

KUBO TAKESHI (JP)
KUMAGAI EIJI (JP)
TAKI HIROSHI (JP)

PCT/JP2022/009806

October 20, 2022

March 07, 2022

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TOYO BOSEKI (JP)

B32B27/08; B32B27/36; B41M1/30; C08L67/00; C08L75/00

WO2021024701A1	2021-02-11
WO2021182150A1	2021-09-16
WO2020166297A1	2020-08-20
WO2003055937A1	2003-07-10
WO2018163941A1	2018-09-13
WO2010104626A1	2010-09-16

JPH11105221A	1999-04-20
JP2008031345A	2008-02-14
JP2012218309A	2012-11-12
JP2014065869A	2014-04-17
US20030003302A1	2003-01-02

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