anodize

İngilizce - Türkçe

anodize teriminin İngilizce Türkçe sözlükte anlamı: anotla; anotlamak; (fiil) anotlamak
Anodized: (Metal İşleme) eloksallı
Anodized aluminium profiles.
anodizing: (Mühendislik) anotlama, anotsal işlem, anotlama usulü ile oksitleme
anodised: (Mimarlık) anotlanmış
anodizing: (Mimarlık) eloksal
anodizing: ANOTLAMA
to anodize: anotlamak

İngilizce - İngilizce

anodize teriminin İngilizce İngilizce sözlükte anlamı: to coat the surface of a metal electrolytically with an oxide, either as protection or decoration; To provide a non-corrosive oxide film on the surface of a metal, particularly aluminum by electrochemical action; To give an aluminum oxide coating by electrolytic action; {f} coat metal with a protective layer of oxide using electrolytic means (also anodise); coat a metal with an oxide coat; By electrolytic action, anodyze is the process of coating or plating a metal (usually aluminum) with a protective material; to coat (a metallic surface) electrolytically with a protective or decorative oxide; To provide an extremely hard non-corrosive oxide film on the surface of aluminum, by electrolytic action The electrochemical process produces an anodic coating by conversion of aluminum into essentially aluminum oxide Appearance depends upon both the alloy involved and the surface preparation Anodic coatings may be transparent, of varying shades of silver, gray or brown, or colors may be incorporated by the use of dyes or pigments
anodized: Simple past tense and past participle of anodize
anodise: Alternate spelling of anodize
anodise: coat a metal with an oxide coat
anodise: {f} coat metal with a protective layer of oxide using electrolytic means (also anodize)
anodised: past of anodise
anodises: third-person singular of anodise
anodising: present participle of anodise
anodized: Method of colorizing metal using an electrical current to apply the color
anodized: Having a metal oxide finish as opposed to paint An anodized finish is formed by an electrolytic process in which the object to be coated serves as the anode, hence the term anodized Anodizing produces a durable semi-translucent finish in a wide range of colors with black and gold being common in audio equipment
anodized: Of a metal object: having a surface layer of oxide, for decoration or protection, and formed via an electrolytic process
anodized: Anodized metal has been through an electrochemical process which changes the molecular structure of the surface layer, giving it a thin, protective film In the anodization process, the metal is placed in an acid bath (at the "anode" or positive end of the electrical circuit) and an electrical current is passed through the tank This process causes a controlled oxidation of the metal's surface to occur (oxygen atoms bond to surface atoms of the metal) Aluminum is often anodized, as is magnesium, titanium, and tantalum Anodized metal has a lustrous sheen; the anodizing process can produce colorful surfaces
anodized: (AND PAINTED) ALUMINUM
anodized: past of anodize
anodizes: third-person singular of anodize
anodizing: A hard and attractive coating to aluminium It is used on self finished items such as windows
anodizing: Forming a coating on a metal surface produced by electrochemical treatment through anodic oxidation This process may be used to increase the protective effect of aluminum's transparent natural oxide surface It may also be given a decorative coloration
anodizing: the process of adding a protective oxide film to metal by an electrolytic process
anodizing: A method of coating metal objects for protection or decoration
anodizing: present participle of anodize
anodizing: (Aluminum Anodic Oxide Coating) - A process of coating aluminum by electrolytic oxidation resulting in a thin film of aluminum oxide of extreme hardness Dye-coloring is possible by impregnation during the process
anodizing: Creating a hard oxide surface on aluminum parts via an electrolytic process Unsealed anodized surfaces have a porosity that makes them excellent substrates for coatings
anodizing: Any electrolytic or chemical process by which a protective or decorative film is released on a metal surface
anodizing: Process of applying a controlled oxide layer to the surface of aluminum
anodizing: An electrolytic oxidation process in which the surface of a metal, when anodic, is converted to a coating having desirable protective, decorative, or functional properties
anodizing: Anodizing is an electrolytic process that creates an aluminum oxide layer on aluminum Although an aluminum oxide layer forms naturally on untreated aluminum, anodizing results in an oxide coating that is not only much more uniform but far harder and more corrosion resistant This anodic layer is actually part of the aluminum and does not flake off, peel off or chip It is far more durable than paint
anodizing: Process by which a protective aluminum oxide layer is applied to an underlying metal using electrolysis Anodizing can create a variety of colors and special effects while providing a durable surface
anodizing: An electrollic surface treatment for aluminum which builds up an aluminum oxide coating to provide better adhesion
anodizing: forming a conversion coating on a metal surface by anodic oxidation; most often applied to aluminum
anodizing: (also called anodic oxidation) - A process for artificially thickening the layer of aluminum oxide on the surface of aluminum, sometimes as much as 0 001 inches thick
anodizing: A process to produce an oxide film or coating on metals and alloys by electrolysis The metal to be treated is made the anode in an electrolytic cell and its surface is electrochemically oxidized Anodization can improve certain surface properties, such as corrosion resistance, abrasion resistance, hardness, appearance, etc One metal very often anodized is aluminum, all the above properties improve, furthermore, since the surface film is porous, the aluminum metal can even be colored by the application of pigments or dies in the pores See also an Encyclopedia Article
anodizing: An electrochemical process for applying a protective or decorative coating to metal surfaces
anodizing: To subject a metal to electrolytic action as the anode of a cell in order to coat with a protective or decorative film
anodizing: forming a conversion coating on a metal surface by anodic (electron-removing) oxidation; most frequently applied to aluminum
anodizing: A process used to improve corrosion resistance of aluminum and aluminum-based alloys The material is cleaned, then immersed in a bath of acids The metal is the positive pole, or anode, in the acid bath A current is applied and oxidation occurs After the item is rinsed, a second step or sealing treatment is applied This is also when chromate is added, resulting in various colors
anodizing: = A process generally applied to aluminum and its alloys to produce an adherent oxide film to impart corrosion resistance or surface hardness
anodizing: This is the anti-corrosion coating given to aluminum via electrolysis Aluminum, while corrosion resistant, is not corrosion proof Anodizing can be done in a full spectrum of colours and many players use custom anodizing as a cosmetic modification to their paintmarkers A more expensive way of coloring your marker when compared to powdercoating
anodizing: v. Method of coating metal for corrosion resistance, electrical insulation, thermal control, abrasion resistance, sealing, improving paint adhesion, and decorative finishing. Anodizing consists of electrically depositing an oxide film from aqueous solution onto the surface of a metal, often aluminum, which serves as the anode in an electrolytic cell. In the most common type of anodizing, which uses a 15% sulfuric acid bath, dyes can be introduced into the oxidation process to achieve a coloured surface. Aluminum thus anodized and coloured is used widely in giftware, home appliances, and architectural decoration
anodizing: Anodizing is the deposition of a thin film of synthetic oxide on a light metal, such as aluminum, to prevent the further access of air to the surface, preserving the luster and preventing corrosion The article is made to anode in 3% solution of cromic acid at about 104 degrees F The voltage is gradually increased to a maximum of 50 volts and the process may take an hour Sulphuric and oxalic acid processed are also used, and the anodic film may be dyed various colors