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JP4225404B2 |
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JP4227999B2 |
A method for protecting a metal substrate from corrosion comprises the steps of providing a metal substrate and applying a treatment solution to the surface of the metal substrate, wherein the treatment solution comprises a partially hyd...
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JP4221296B2 |
Acid copper electroplating baths used to form ultra-fine circuitry features on semiconductor chips contain suppressor, anti-suppressor and leveler additives that must be closely controlled in order to obtain acceptable copper deposits. C...
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JP4223088B2 |
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JP4220169B2 |
A paint film thickness predicting method for an actual car, which predicts a paint film thickness of an object car in an actual car state, an electrodeposition coating being applied to the object car by using an electrodeposition coating...
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JP4219326B2 |
The quality of painted surfaces of polymeric articles is improved by depositing a coating of a metal such as zinc or zinc alloy on the surface of the article to be painted. For example, zinc is electrodeposited on a conductive surface of...
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JP2009503269A |
Methods of producing one or more biaxially textured layer on a substrate, and articles produced by the methods, are disclosed. As exemplary method may comprise electrodepositing on the substrate a precursor material selected from the gro...
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JP4204353B2 |
The present invention relates to a cationic electrodeposition coating composition substantially free of lead compounds, and more specifically to a method of coating an alloyed hot-dip galvanized steel plate with the composition and a coa...
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JP4204049B2 |
To provide a rust inhibitor which is a fired composition excellent in corrosion resisting properties almost as same as or even better than lead compounds and which is also good in stability of electrodeposition bath. The fired compositio...
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JP2008308591A |
To provide a cationic electrodeposition coating composition being excellent in throwing power, electrodeposition coatability to an alloyed hot-dip zinc-coated steel plate, finished appearance and corrosion resistance.The cationic electro...
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JP4201923B2 |
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JP2008303421A |
To provide an electrodeposition coating method and an electrodeposition coating apparatus, both suitable for preventing the occurrence of air-pocket leading to coating defects on a workpiece.In the electrodeposition coating for forming a...
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JP4199090B2 |
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JP4198556B2 |
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JP2008296215A |
To provide a method for forming a multilayer composite coating on a base material.The method includes a process in which an electrodeposited coating layer is formed on a base material by electrically depositing a hardenable and electrode...
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JP2008297613A |
To provide a method for forming a hard outer shell which is strongly bonded to a heat shield coating.This forming method includes depositing a corrosion barrier of the hard outer shell on the surface of the heat shield coating 52 which h...
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JP2008540712A |
The invention relates to an anodic electrophoretic paint comprising at least one binding agent for anodic electrophoretic paint and an aqueous liquid medium, which anodic electrophoretic paint additionally contains at least one platelet-...
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JP2008280546A |
To provide an electrodeposition coating method which can effectively reuse the cleaning water that has been used for washing in a secondary washing means in an electrodeposition coating process.The electrodeposition coating method compri...
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JP2008280589A |
To provide an electrodeposition coating method that can form a paint film with sufficient thickness on the lower part of an article to be coated which has a complicated shape on the lower part, by surely electrodeposition-coating the low...
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JP4183928B2 |
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JP4184961B2 |
A method for spray-coating a medical device by using a nozzle apparatus having a chamber that is connected to at least one opening for dispensing a coating formulation. Such method comprises (a) grounding the surface of the medical devic...
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JP4176492B2 |
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JP2008261043A |
To provide a hanger hook capable of surely supporting a material to be coated, and preventing energization defects or the dropout of the material to be coated.A hanging blade 3 is formed by providing many continuous chevron libs 5 along ...
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JP4172149B2 |
An electrodepositing solution for low-potential electrodeposition is disclosed which is used in an electrodeposition method and a photoelectrodeposition method and which can improve the film formability under the application of a low vol...
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JP4172619B2 |
The present invention refers to a method of producing a ferroelectric memory which method comprises: a) providing ferroelectric particles, b) providing a substrate, c) orientating at least a subset of said ferroelectric particles such th...
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JP2008538383A |
The present invention is to provide a method for forming a multi-layer coating film, which can combine a pre-treating step conducted for a metal substrate, before electrodeposition coating, and an electrodeposition coating step. The meth...
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JP4167581B2 |
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JP4164436B2 |
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JP2008239689A |
To provide pigment-dispersed paste excellent in storage stability and cationic electrodeposition paint excellent in throwing power, electrodeposition properties for corrosionproof steel plates, anticorrosion, and paint stability.The pigm...
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JP2008239989A |
To provide a method for preventing cissing of an electrodeposition coating film of a highly corrosion-resistant and highly weather-resistant cationic electrodeposition coating when being baked.The method for preventing cissing of the ele...
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JP4162547B2 |
To provide a coating method for obtaining a metallic product having excellent weatherability, hardness, damage resistance, stain resistance, chemical resistance and rust prevention properties. A metallic product on which an electrodeposi...
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JP2008231142A |
To provide a cationic electrodeposition-coating composition dispersing a solid-curing catalyst well and excellent in dispersion stability, and the cationic electrodeposition-coating composition for supplement.This cationic electrodeposit...
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JP2008229406A |
To provide a technique of almost completely eliminating un-coated parts to be objects of touch-up by basically employing cationic electrodeposition coating.The coating film formation method involves an electrodeposition coating step of f...
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JP2008231460A |
To provide technique for increasing the discharge speed of an electrodeposition liquid or a cleaning liquid when dischaged from a tank in an immersion treatment apparatus arranged in a coating line for a vehicle body.The immersion treatm...
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JP2008229433A |
To provide a method for forming a 3C1B multilayer coating film which obtains excellent appearance of a multilayer coating film without decreasing the thickness of an electrodeposition coating film in the coating of the inside of an autom...
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JP2008231452A |
To provide a method for depositing a multilayer coating film by which a chemical conversion agent having a reduced load on the environment is used, and satisfactory coating films can be deposited on various metals.The method for depositi...
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JP4160635B2 |
A method for creating a solid layer (36A or 52A) through which openings (38 or 54) extend entails subjecting particles (30) suspended in a fluid (26) to an electric field (EA) to cause a number of the particles to move towards, and accum...
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JP2008537782A |
Methods and systems for monitoring electrolyte bath fluids are provided. The electrolyte bath fluids can be electroplating, electroless plating or etching solutions. The monitoring systems employ microfluidic devices, which have built in...
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JP2008223033A |
To provide a multilayer circuit panel structure which provides high density and complex interconnections.The present invention relates to an electrodepositable coating composition having a resinous phase dispersed in an aqueous medium. T...
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JP4156086B2 |
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JP4156087B2 |
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JP2008214705A |
To uniform the thickness of an electrodeposition film as much as possible in a cation electrodeposition coating process into which various shaped and sized materials (particularly parts) to be coated are transported.In the cation electro...
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JP2008202122A |
To provide a method for forming a coating film, by which a coating film wherein the internal stress is low and the strain is small can be formed.A method for forming a cured electrodeposition coating film includes a process for immersing...
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JP2008195925A |
To provide a method for forming an electrodeposition coating film which can suppress the occurrence of gas pinholes without using a specified resin as a binder resin and can form a coating film having excellent external appearance.The me...
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JP4139730B2 |
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JP2008189963A |
To provide a method for shortening a rinsing step or reducing a water resource, in a cation electrodeposition coating process.In the cation electrodeposition coating process comprising an electrodeposition coating step of immersing an ar...
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JP2008189960A |
To provide a method for forming an electrodeposition paint film, which is superior in coatability for a clearance part.The method for forming the electrodeposition paint film includes an electrodeposition coating process comprising the s...
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JP2008189962A |
To provide a cathodic electrodeposition coating method which uniformizes the thickness of an electrodeposition paint film formed on transported articles to be coated (particularly parts) having various shapes and sizes.The cation electro...
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JP3144277U |
To provide a metal and non-metal surface layer structure capable of effectively avoiding environmental pollution, reducing a manufacturing cost, and effectively improving a corrosion resistance effect. A bottom film is applied to the sur...
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JP2008189961A |
To provide a cathodic electrodeposition coating method which decreases the difference between film thicknesses of the inner sheet part and the outer sheet part or the sack part, and equalizes the film thicknesses among articles (especial...
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