An electrollic surface treatment for aluminum which builds up an aluminum oxide coating to provide better adhesion.
The process of applying a thin protective elctrochemical coating used on aluminum surfaces, can be either clear or a specific color.
An electro-chemical coating altering appearance & improving texture.
The process of coating a material with a hard layer of aluminum oxide.
Forming a conversion coating on a metal surface by anodic oxidation; most frequently applied to aluminum.
Process by which a protective aluminum oxide layer is formed on an underlying metal using electrolysis as an integral part of that metal. Anodizing can create a variety of colors and special effects while providing a durable surface.
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 rinsed, a second step or sealing treatment is applied. This is also when chromate is added, resulting in various colors.
An electrolytic oxidation process in which the surface of a metal is converted to a coating having desirable protective, decorative, of functional properties. Back Bottle A back bottle refers to the set up for your CO2, compressed air or nitrogen system. Back bottles screw into the back of the gun and usually serve as a shoulder stock for the paint gun. There are several types of butt plates that help to steady the bottle against your shoulder.
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.
Process of applying a controlled oxide layer to the surface of aluminum.
Process of creating an oxide layer on the surface of a metal by anodic treatment. Generally used on niobium, titanium, and aluminum. Results in a thin film of oxide that is often harder than the unoxidized metal beneath, and which can be manupulated via thickness to produce desired colors. In the case of aluminum, dyes can be used to color this layer.
An electrolytic process for producing a protective or decorative film on certain metals chiefly aluminum and magnesium.
A process of coating aluminum by anodic treatment resulting in a thin film of aluminum oxide of extreme hardness. A wide variety of dye colored coatings are possible by impregnation in process.
An electrochemical process that thickens and toughens the naturally occurring protective oxide forming a surface coating for corrosion protection or aesthetic purposes on metal surfaces. It is Commonly used to produce an aluminum oxide coating on aluminum parts.
A process used to improve corrosion resistance of aluminum and it’s 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 this process is complete and the item rinsed, a second step or sealing treatment is applied. It is during this step that a chromate is applied, and various colors can be realized. This entire operation is also known as "two step anodizing."
An electro-chemical coating for aluminum. Hard, durable, and attractive. Anodized parts are highly corrosion resistant.
A process for dipping raw parts in a solution to change the color and protect the finish.
Electrochemical process which prepares the surface of aluminum to achieve either a shiny or matte finish. The component can then be dyed to a custom color. This anodized finish is very durable and resists scuffs and scratches.
An electrochemical process for applying a protective or decorative coating to metal surfaces.
Anodizing is the chemical conversion of the surface of aluminum. It is a reacted finish that is integrated with the underlying aluminum for total bonding and unmatched adhesion.
The process of preserving metal by adding a protective oxide film by an electrolytic process.
The process for the controlled deposit of oxide on refractory metals. Anodizing is an electrochemical process: a direct current flows from the anode to the cathode through a conducting solution, known as the electrolyte.
(also Anodic Oxidation) Coating aluminium by a treatment that creates a thin and extremely hard layer of aluminium oxide on the surface of the metal. Dye-colored coatings can be applied during the process.
Method of dyeing an aluminum surface by coating the metal with an anodic film of aluminum oxide while it is in an acid bath. The metal is then washed and immersed in organic dyes, allowing the oxide film to absorb the dye, followed by a final washing, drying and sealing with lanolin.
An electrolytic process for converting an aluminum surface to aluminum oxide. Anodizing creates an incredibly hard, transparent finish that is physically part of the metal and highly resistant to corrosion. Anodized finishes are generally colorless, but may be dyed in a variety of colors (see also Architectural Class 1 Anodizing.