33results about How to "Excellent brush resistance" patented technology

The invention provides a liquid crystal alignment liquid which comprises at least one polymer selected from a class formed by a polyamic acid- polyamic acid polymer, a polyimide-polyamic acid polymer and a polyimide-polyimide polymer, wherein the polyimide-polyamic acid polymer is shown in the following formula.

Provided is a method of manufacturing a support for a planographic printing plate, by which the variation in image quality can be reduced and an even tone of sand can be achieved stably. A metal web (MW) formed of aluminum or an aluminum alloy is transferred, being dipped in an electrolyte (EL) of a plurality of electrolyte baths (11) sequentially, and current is supplied between the metal web (MW) and a plurality of electrodes (13) opposite to the metal web (MW) in the electrolyte baths (11) to perform an electrochemical surface roughening treatment on the metal web (MW). During this treatment, the flow rate of the electrolyte (EL) in the electrolyte baths (11) are so set that an average flow rate in the electrolyte baths may be 500 to 4000 mm/sec. and a flow rate distribution of the electrolyte (EL) in the width direction perpendicular to the direction in which the metal web (MW) is transferred in the electrolyte baths (11) may be within +/- 50% of the average flow rate. Letting a region of the transfer path of the metal web which is opposite to a gap between each two adjacent electrodes be a treatment suspension zone between electrodes in the bath, the metal web (MW) is transferred at such a speed that the time (Tin) for the metal web (MW) to pass through one treatment suspension zone between electrodes in the bath may be 0.05 to 1 sec.

The problem of the invention aims to provide a technique for improving the stability of a light room and also improving the stability of a dark room, which is in the same way as the Computer-to-Plate (CTP) lithographic printing plate which is already proposed. The invention relates to the CTP lithographic printing plate, which includes an aluminum supporter, a photosensitive layer formed on the aluminum supporter, and a protective layer formed on the photosensitive layer, and is characterized in that the photosensitive layer is formed by ethylenic-linkage unsaturated compounds, alkali-soluble resin, near-infrared absorbing pigment, halogen-substituted methyl compounds and photosensitive resin compositions containing organic boron anionic compounds, wherein the protective layer is formed by resin compositions from a protective layer containing water-soluble or alkali-soluble resin and nitroxyl compounds.

Provided is an electrostatic image developing toner incorporating toner mother particles containing a binder resin and a releasing agent, wherein the binder resin contains an amorphous polyester resin and a crystalline resin; and the toner mother particles have a region (A) including a structure a formed with the releasing agent and the crystalline resin being in contact with each other, and a region (B) in which the crystalline resin forms a lamellar crystalline structure b independently existing without contacting with the releasing agent.

Provided is a planographic printing plate precursor that includes a support and an image-recording layer formed on the support. The image-recording layer contains a polymer A comprising a structural unit A1 having an ethylenic unsaturated group. The weight-average molecular weight of the polymer A is 2,500-35,000. The content of the structural unit A1 in the polymer A is 15 mol% or more. Also provided is a production method for a planographic printing plate using said planographic printing plate precursor.

A lithographic printing plate original plate having an image-recording layer on a support body, wherein the image-recording layer contains an infrared absorbent represented by formula 1-1, a polymerization initiator and a polymerizable compound. The description specifies the details of R<1>, R<11>-R<18>, n<11>-n<14>, L, Za, A1 and A<2> in formulas 1-1 and 2.