Electroless Nickel

Electroless nickel plating involves a chemical reaction called auto catalysis. This means that the nickel doesn’t need external energy sources (thermal energy or electricity) to pass through the solution to form a deposit. Many use this technique to prevent wear and corrosion.

Electroless Nickel Plating provides its substrates with a range of benefits. 

• An even surface
• Flexibility in thickness
• Little deposit build-up
• Allows for different finishes.
• Can be used on non-conductive surfaces.

Corrosion Resistance 

The main selling point of Electroless Nickel Plating is its incredible physical strength. With this strength comes a high resistance to corrosion. The impressive durability of ENP makes it a great finish on parts that are subject to intense weather conditions or are susceptible to oxidation.

Adjustable Hardness 

Since the phosphorus levels of electroless nickel deposit can be adjusted, this makes ENP a versatile coating applicable in a variety of industries. Highly specified applications that require certain hardness levels can be met due to the controlled variable of phosphorus in the ENP deposits. 

Uniform Deposit

Unlike most electroplating processes, Electroless Nickel Plating deposits uniformly on any surface. Even the most intricate of component geometries can be evenly coated in electroless nickel without much hassle or extra procedures. These extra procedures can be expensive and time consuming. This makes ENP a highly sought after finish for small and intricate components that also require an evenly deposited finish. 

Mismachined Parts

Parts, components, or substrates that are mismachined, or manufactured improperly, can use Electroless Plated Nickel to acquire the correct dimensions. Instead of having to manufacture new parts and restart the entire finishing process, ENP can salvage these parts and restore their correct dimensions. Since it builds evenly on all gemoetries, this makes it easy to fix improper dimensions and salvage mismachined parts.