IVD Aluminum on Steel: This process provides excellent "sacrificial" corrosion resistance with no hydrogen embrittlement. A .001-.002-inch coating averages 7500 hours in 5% neutral salt. Other benefits include a useful operating temperature up to 925°F and galvanic compatibility with aluminum structures.

IVD Aluminum on Heat and Corrosion Resistant Alloys: Provides the same benefits as with steel, plus oxidation resistance at high temperature-925°F, as deposited and significantly higher after high-temperature diffusion. The coating may be deposited directly on the substrate without special preparation such as nickel strike.

IVD Aluminum on Titanium: Provides the same benefits as with steel, plus the coating can be anodized or hard anodized to improve the wear-resistance, low absorptance-high emissivity, dielectric, color and all other properties of anodic coatings on aluminum. The coating retards titanium combustion. And it permits painting and adhesive bonding using the same techniques as with aluminum.

IVD Aluminum on Aluminum: Adds corrosion resistance to high strength aluminum alloys without sacrificing fatigue resistance, as will occur with anodizing. Allows use of casting (A-380, etc.) and microcrystalline alloys in applications normally restricted to wrought materials. Also provides corrosion resistance in applications where electrical continuity or bond is required. This eliminates "jumper" connections.

IVD Aluminum on Magnesium: May replace anodic and conversion coatings as a pre-treatment for paint or solid film lubricant application. Useful in overhaul situations where magnesium parts are assembled with other materials.