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Chromate Conversion Processes in Orlando

Non-chrome Conversion is available.  Contact Elite Metal Finishing East for more information.

Chromate conversion is a type of conversion coating used to passivate a number of alloys. Most commonly steel, aluminum, zinc, cadmium, copper, silver, magnesium, and tin alloys benefit from this process. It is primarily used as a corrosion inhibitor, paint or other finish primer, decorative finish, or to retain electrical conductivity. Chromate conversion is also referred to as Chemical Film, Chem Film, Alodine or Iridite.

Chromate Conversion chemically converts the surface properties of the metal (typically aluminum or magnesium) as opposed to plating which applies a coating onto the surface. With Chromate, there is little to no measurable buildup on the parts. It provides corrosion protection, an excellent bonding surface and low electrical resistance. There are many other benefits.

Call Elite Metal Finishing East at 407-843-0182 for all your finishing needs

Chromate Conversion Benefits

  • Corrosion Resistant
  • Prevents Oxidation
  • Adhesive Properties
  • Excellent base for painting
  • Micro-Thin Coating
  • Maintains close tolerances
  • Low-cost type of finish
  • Decoration
  • Improves aesthetics
  • Electrical Properties
  • Low electrical resistance

Chromate conversion coatings are utilized among a wide range of industries including medical, aerospace, defense, automotive, marine, electronics and plumbing, as well as others. If you have parts requiring Chromate Conversion or if you need more information, please contact us.

EMF East Chromate Conversion Capabilities

  • MIL-Spec C-5541F
  • MIL-Spec DTL-5541F
  • Type 1 – Gold or Type 2 -Clear
  • Class 1A or Class 3
  • Alodine, Iridite or Chem-Film
  • RoHS Compliant
  • Proto-type or high volume runs
  • 16′ tanks
  • NCP Iridite

Chromating is often performed on galvanized parts to make them more durable. The chromate coating acts as paint does, protecting the zinc from white corrosion, thus making the part considerably more durable, depending on the chromate layer’s thickness.