Metal Plating FAQs

Nickel plating deposits a layer of nickel or its alloy onto materials like steel, brass, copper, ABS, or nylon. It improves surface properties such as corrosion resistance, wear resistance, and hardness.

There are two main methods used: nickel electroplating, which requires electric current, and electroless nickel plating, which uses chemical reduction for more uniform coverage.

By depositing a thin zinc layer onto metal surfaces, zinc plating protects components such as steel from corrosion. The zinc acts as both a barrier and a sacrificial anode.

It corrodes before the base metal, helping to extend part life. Zinc plating is widely used in fasteners, automotive parts, and electrical fittings.

Through electroplating, chrome plating adds a thin chromium layer to metal parts to improve surface durability and appearance. It also increases resistance to wear and corrosion.

This technique is widely used in automotive, aerospace, and tooling industries for both decorative and functional purposes.

Used to coat metals like steel and copper, tin plating forms a thin, protective layer that guards against corrosion and allows easy soldering. It is often applied by electroplating.

This method is widely used in electronics, food containers, and electrical parts due to its safe, conductive, and oxidation-resistant surface.

Copper plating is the process of applying a thin copper layer to metal or plastic surfaces using electroplating or chemical methods. It enhances conductivity, solderability, and corrosion resistance.

This method is commonly used in electronics, circuit boards, and decorative items, and often serves as a base layer for further plating like nickel or chrome.

Silver plating is a surface treatment that adds a thin silver layer to another metal using electric current. The goal is to boost conductivity, improve solderability, and protect against corrosion.

Unlike bulk silver parts, plated components save cost while still offering key benefits, especially in electronics, aerospace, and decorative applications.