Home - Linetec Architectural Paint | Anodize
5 days ago Linetec is the nation’s largest independent architectural metals finishing company. We offer the highest quality and reliability in high-performance architectural coatings, including
We are more than an aluminium alloy solution provider.
Do you need consumer aluminium alloy products or learn more info about aluminum alloy prices?
5 days ago Linetec is the nation’s largest independent architectural metals finishing company. We offer the highest quality and reliability in high-performance architectural coatings, including
Prévost has been anodizing a wide range of aluminum parts for all types of industries for nearly 60 years. Our leading-edge technology anodizing process guarantees a uniform and durable finish of your choice, whatever the nature of your project. Anodize pieces of any size using our large-scale
Architectural bronze anodizing is a multi step process involving the application of current and tin based chemical solutions to essentially imbue a colour into the anodic coating. The bronze colour may range from light champagne to deep brown depending on processing time, but results in an extremely lightfast product perfectly suited for
architectural lighting. none. 3003, 3004. Finishing advice: difficult to match sheet-to-sheet (varying degrees of gray/brown); used extensively for lighting. 4xxx. Silicon. strong ** A.Q. - Anodizing Quality - material suitable for architectural anodizing applications . TYPE I \"Chromic
The most commonly used anodizing process is sulfuric acid anodizing. It produces a colorless, transparent anodic coating on most aluminum alloys. These coatings are not recommended for architectural use, but are very satisfactory where appearance is more important than durability. Examples of products using this type of anodized finish are
Class I and Class II coatings should not be confused with Type I, Type II, and Type III anodic coatings as described in the authoritative anodizing standard, MIL-A-25. Type I anodize refers to chromic acid anodizing. Type II is normal “clear” sulfuric acid anodizing. Type III is “hardcoat” using sulfuric acid or mixed chemistry
Along with traditional electrochemical Type II Sulfuric and Type III hard coat anodic processes, we offer an architectural anodizing process that imparts a durable, long-life finish to components used on building exteriors where lightfastness is a requirement. We also offer the aesthetically pleasing bright dip process that gives the finished
204 R1 clear anodizing was specified with an architectural seal to protect the finish and provide lightfast and wear characteristics for an exterior application. Over 1700 pieces were finished, fully sealed, packaged to the customer’s specifications and shipped to meet all project installation
Note that MIL-A-25 does not cover architectural anodizing, which is usually covered by a designation system provided by the Aluminum Association (e.g., AA-M12-C22-A34, for electrolytically dyed architectural anodizing). As an example, a standard blackpart designated by MIL-A-25 would be called out on a drawing as
Dive deep into the world of aluminum anodizing, an electrochemical process that converts a metal surface into a decorative, durable, corrosion-resistant, anodic oxide finish. AHRAE, GBCI, NAHB, NARI and more to offer architectural and building professionals an opportunity to earn continuing education units (CEUs) while learning more about
For aluminum anodizing performance standard, reference AAMA 611-20, \"Voluntary Specification for Anodized Architectural
The typical anodizing employed in the architectural industry is called two-step electrolytic. The actual anodizing and coloring of the aluminum occur in separate steps of the process. The anodizing step takes place in a tank that contains a solution of sulfuric acid and water. The tank is charged with electrical current, and aluminum oxide is
Finish: All exposed surfaces should receive an architectural anodized finish in conformance with AAMA 611 standard. Processing should be sulfuric acid or equivalent anodizing with electrolytic or immersion deposited inorganic pigmentation in the coating. The resulting anodized finish should be continuous, fully sealed and free of powdery
