conversion coating

The conversion coatings covered by this specification exceed most commercially available products.

Anodizing can be performed in combination with chromate conversion coating.

The majority of these newer conversion coatings are fluorozirconium-based.

Rust may also be removed via phosphate conversion coating.

A variety of wavelength conversion coatings for near ultraviolet and X-ray applications can be offered.

Our Alodine products are considered the industry standard for conversion coating aluminum, including parts, assemblies, and skins.

A chromate conversion coating is frequently applied to the surface to improve corrosion resistance.

Phosphate conversion coatings can also be used on aluminium, zinc, cadmium, silver and tin.

It is not an oxide conversion coating, but rather a deposited copper selenium compound.

Although both stable compounds, chromate conversion coating has a greatly increased electrical conductivity.

A chemical conversion coating provides maximum heat transfer and corrosion resistance on thermal interface surfaces.

Other protection methods include chemical conversion coatings and various paint finishes e.g. powder coating.

The growth of the conversion coating was also influenced by the effects of interactions between other components of the bath.

Also keep in mind that chemical conversion coating is not conductive, so to accomplish a good ground, sufficient pressure is required between the parts.

The most popular of these fluorozirconium-based conversion coatings, introduced in 2005, incorporates the transition metal vanadium.

This new, more environmentally friendly coating is referred to as a vanadate conversion coating.

It remains to be seen if these, or other new chemical conversion coatings, will ultimately replace traditional phosphating and Parkerizing.

Vanadate can be used for protecting steel against rust and corrosion by electrochemical conversion coating.

In the factory, car bodies are protected with specially chemical formulations, typically phosphate conversion coatings.

The substrate is not subjected to highly alkaline conditions, which may dissolve phosphate and other conversion coatings.

Conversion coatings Phosphating, passivating, black oxide and misc.

There are three main ways to passivate these alloys: alclading, chromate conversion coating and anodizing.

Conversion coatings are coatings for metals where the part surface is converted into the coating with a chemical or electro-chemical process.

It is used industrially in chromate conversion coatings, having been developed by Ford Motor Company in the 1920s.

Iridite NCP is a non-chromium type of conversion coating for aluminum substrates.