Industrial Uses of Nickel Plating

The benefits of nickel plating start with corrosion resistance, and the entire involved process certainly creates a unique microcrystalline structure that is said to be less porous in the first place. They do provide a strong barrier to the basic metals. Nickel plating is widely used to provide greater corrosion resistance and to add extra thickness to the undersised parts. It is also used for many different aesthetic purposes, in which they tend to enhance the appearance of dull surfaces. Keep reading to learn more regarding nickel plating and its industrial uses.

The uses:

Nickel plating is commonly used in many different industrial applications. The engineering nickel plating method does help in achieving the matte finish and is frequently used in the chemical, consumer electronics, telecommunications, and computer industries. The decorative nickel plating has chromium additives that are used to increase brightness and are quite commonly practiced to improve the exterior auto parts appearance, starting from the grills to the bumpers. The nickel electroforming has nickel deposited onto the mold or mandrel in a unique non-adhesive manner and is used in the textile, aerospace, communication industries.

Understanding the different types of nickel plating:

Sulfamate and sulfate nickel plating are the two commonly used types of nickel plating. Sulfate nickel plating offers a bright finish; yet, they are less durable and create low levels of thickness. Sulfamate nickel plating, on the other hand, provides superior strength and lowers down the involved material stress. Regardless of the type of nickel electroplating process that you are about to choose in the first place, you must consider the type of finish that matches your requirements.

Corrosion resistance:

As mentioned earlier, nickel plating provides an effective means of wear resistance and corrosion. When it comes to corrosion resistance, the micro-crystalline structure does result in reducing the porosity and helps in forming effective anti-corrosion barriers to the provided basis material. When it comes to wearing resistance, the kind of hardness created during the plating process can be easily enhanced by inducing heat. When induced with diamond composites, materials like cubic, silicon carbide, tungsten carbide, hexagonal boron nitride can add inherent hardness to the plated surface.

A-Gas Electronic Materials are the leading distributor supplying industrial metal finishing, specialist chemicals, and known for offering budget-friendly logistics solutions for many years. They do provide technical consultancy services that you can easily hire by reaching their team in a phone call.