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ConductivityFeatures & Benefits of Electroless Nickel

 

Features

 

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High hardness

Automotive coatings

The high hardness leads to improved wear and abrasion resistance of components. Good examples of this include automotive cylinder liners, gears and valves for hydraulic fluids.

 

Excellent deposit uniformity

Solderability

Ensures the coating is completly uniform, across even the most complex shape. This eliminates the need for expensive post-plate grinding as well as respecting the dimensional tolerance of even the finest of components.

 


Excellent corrosion protection & resistance

Lubricity

Corrosion resistant electroless nickel deposits ensure that parts remain functional throughout their life. Deepsea valves used in offshore oil installations use this coating, meaning that no expensive servicing has to be carried out.

 

range of brightness

Conductivity

Although primarily a functional deposit, often an engineer combines these properties with the good aesthetic appeal from a high brightness electroless nickel coating. Alternatively they may choose a semi-bright deposit to avoid reflectivity. Electrical connectors for military coatings with a semi-bright or black finish provides a good example.

 

NiKlad electroless nickel coated partsHigh deposition rates

 

Industry demands not only high performance, but at an economical cost. Electroless nickel provides this by achieving deposition rates of over 20µm per hour.

 

Pit free/pore free deposits


Magnetic propertiesElectroless plating
gives deposits which are free from pitting. This means that fewer re-works are required due to surface defects. This factor is particularly important when plating aluminum hard disk drives. In this application, the nickel alloy coating provides hardness and corrosion protection to the aluminum substrate.


Compressively stressed deposits

Lubricity

The compressive stress helps to maintain the integrity of the coating throughout the life of a part. In contrast, a deposit with tensile stress could see premature failure due to cracking of the deposit. This could lead to expensive servicing in long term applications such as Deepsea valves used in offshore oil and cylinder liners in vehicles.



Solderability/Weldability/Brazeability

Conductivity

 

Benefits such as these allow an engineer to specify a hard, corrosion resistant coating which allows further work to be carried out after plating.

 

Non-magnetic/Magnetic characteristics

Magnetic properties

Nickel is slightly magnetic. Alloying the metal with increasing amounts of phosphorous reduces this. High nickel phosphorous deposits are non-magnetic, an important factor for memory disk applications.

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