Sulfuric anodize, commonly referred to as Type II anodizing, is formed by using an electrolytic solution of sulfuric acid at room temperature. Hardcoat anodize, commonly referred to as Type III anodizing. (read more)

Sulfuric anodize, commonly referred to as Type II anodizing, is formed by using an electrolytic solution of sulfuric acid at room temperature and a current density of 15 to 22 Amps per square foot. The process will run for 30 to 60 minutes depending on the alloy used. This will produce a generally clear coating, depending on sealing, a minimum of 8µm thick. (read more)

Chromic anodize, like the Type I and Type II coatings, offers a minimum of 336 hours 5% salt spray resistance per ASTM B117. It is not as durable as Type II or Type II, and does not accept dyes as well as Type II. (read more)

METALAST AA-200 is a proprietary aluminum anodizing, specialty chemical additive. AA-200 is a combination of organic monomers specially formulated to provide a better quality and more versatile oxide. As supported by documented Technical Specifications, AA-200 provides many performance benefits and unmatched test results which leads to a superior metal finished part (read more)

Aluminum Die Casting from Kurt Manufacturing. Kurt is a recognized leader in the manufacturing of aluminum die-castings. Kurt Die Cast Quality System is registered to ISO 9001/2000. Our 90,000 square foot facility houses 20 cold chamber die cast machines; trim tools, finishing services and in-house machining and assembly operations. (read more)

Kurt is a recognized leader in the manufacturing of aluminum die-castings. (read more)

CompCote^TM is a true breakthrough in anodizing technology allowing aluminum to be used in the most demanding of applications. (read more)

Metal Improvement Company's Bensalem, PA facility performs engineered finishing services that provide performance enhancing operating characteristics for metal parts used in an extensive range of industries. We can pretreat aluminum parts with a full range of anodizing types, including sulfuric, chromic and phosphoric acid. (read more)

The anodizing process produces a hard, non-conductive layer on aluminum. (read more)

The hardcoat anodize process can be accomplished through Black Fluorocarbon, Silver Impregnate or Anolube III. (read more)