What Is Electroless Nickel?
As the process name implies, an Electroless Nickel deposit is not the result of a standard electroplating process, but rather the result of a chemical reaction that deposits a coating of Nickel and Phosphorous on this surface.
An Autocatalytic Chemical Reaction
The reaction is autocatalytic: once it starts, the presence of nickel acts as a catalyst to keep the reaction going. Deposit thicknesses can range from a few microns to 100 microns.
Typical Uses Of Electroless Nickel By Industry
Phosphorous Content Categories
Electroless Nickel deposits are divided into three categories, based upon Phosphorous content.
Hi-Tech offers Medium Phosphorous content Electroless Nickel.
- Low Phosphorous 1-3%
- Medium Phosphorous 4-9%
- High Phosphorous 10-13%
Unique Properties Of Electroless Nickel Deposits
- Because the deposit is the result of a chemical reaction, uniform deposits are obtained over all surfaces.
- The Phosphorous content makes the deposit somewhat self-lubricating.
- As a general statement, the lower the Phosphorous content, the higher the as-deposited hardness. However, the lower the Phosphorous content, the lower the corrosion resistance.
- All Electroless Nickel coatings can be hardened by heat treatment after deposition. Nickel Phosphide forms through a process known as precipitation hardening.
Our Specialization: Plating Electroless Nickel On Aluminum
Hi-Tech Plating specializes in plating Electroless Nickel on Aluminum. Medium Phosphorous deposits are utilized to impart wear and corrosion resistance to the Aluminum for the electronics, aerospace and medical industries.
Electroless Nickel Specifications
Hi-Tech Plating specializes in the MIL-C-26074 electroless nickel plating process as well as AMS-2404, AMS-C-26074, and ASTM B-733, ensuring the highest quality results.
Hi-Tech Plating runs RoHS compliant cadmium and lead-free Electroless Nickel.
Put Our Expertise To Work For You
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