Benefits of Electroplating

Benefits of Electroplating Electroplating is one of the most versatile techniques for adding properties like strength, electrical conductivity, abrasion and corrosion resistance, and appearance to different materials.

Plating can be used to add a thin coating of one metal to another metal or plastic. For example, you might combine the strength and rust resistance of steel with the affordability of aluminum.

Other examples include plating with gold or tungsten in order to improve corrosion resistance and electrical conductivity, plates with chromium to improve abrasion resistance, or plates with nickel to increase hardness.

In this guide, you'll learn more about electroplating—why it's so useful, how it works, and what its benefits are!

Electroplating: A Process for Coating a Metal Surface in a Layer of Another Metal Have you ever seen a piece of costume jewelry or a piece of hardware with a shiny, metallic finish? If so, you've seen the results of electroplating!

Electroplating is the process of using controlled electricity to coat an object in a layer of metal (or metals). Using an electrolyte chemical bath, engineers transfer the desired metal coating from

an anode (a part containing the metal that will be used as the plating) to a cathode (the part to be plated).

The basic idea behind electroplating is simple: An electrical charge causes positively charged ions (cations) in a solution to move toward the cathode and negatively charged ions (anions) to move toward the anode. The result is coverage with a thin "skin" of metal. Electroplating can be used to coat lightweight, low-cost metals, like aluminum, with a layer of nickel or copper.

This is done to provide both strength and appearance, which can improve wearability and extend product life.

Because the material being electroplated must be conductive, electroplating is most commonly applied to other metals.

Although it's less common, an autocatalytic pre-coating has been developed, which produces a conductive interface that allows a variety of metals - most notably copper and nickel alloys - to be plated onto plastic parts.

Electroplating offers many benefits, including increased strength, lifespan, and conductivity of parts. Engineers, manufacturers, and artists capitalize on these benefits in a variety of ways.

Electroplating is the process of coating one metal with a layer of a different metal. To do this, you take the metal you want to coat and submerge it in an electrolytic solution. You then attach the part to one terminal of a DC power source and connect another metal—called the anode—to the other terminal. Finally, you apply enough current to cause ions from the electrolyte solution to deposit onto the metal you want to coat.

Engineers often use electroplating to increase the strength and durability of various designs. You can increase the tensile strength of various parts by coating them in metals such as copper and nickel. Place metallic skin on parts, and you can improve their resistance to environmental factors like chemical exposure and UV light for outdoor or corrosive applications.

Artists often use electroplating to preserve natural elements prone to decay, such as leaves and turn them into more durable works of art. In the medical community, electroplating is used to make medical implants that are corrosion-resistant and can be properly sterilized.

If you are looking for a way to add cosmetic metal finishes to products, sculptures, figurines, and art pieces, electroplating is an effective solution.

You may also want to consider electroplating as a way to create lighter-weight parts that are easier and cheaper to move and ship.

Electroplating can also increase the conductivity of a part.

Antennas and electrical components are two examples of parts that can be electroplated to increase performance.

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