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Chrome plating increases the hardness, durability and corrosion resistance of a surface while also creating a shiny and smooth surface that is easier to clean. For improved wear and corrosion resistance, it’s tough to beat hard chrome plating.
Chrome plating (less commonly chromium plating) is a technique of electroplating a thin layer of chromium onto a metal object. A chrome plated part is called chrome, or is said to have been chromed. The chromium layer can be decorative, provide corrosion resistance, facilitate cleaning, and increase surface hardness.
Hard chrome plating is a thick, single layer of chromium that creates a very hard surface and is more resistant to wear, corrosion and high temperatures. Hard chrome finishes are typically used in industrial applications such as hydraulics, actuator housings, and ball valves.
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Hard chrome plating is an electroplating process in which chromium is deposited from a chromic acid solution. Thickness of hard chrome plating ranges from 2 to 250µm. Various types of hard chrome include micro-cracked chromium, micro-porous chromium, porous chromium and crack free chromium.
U.S. Chrome is the leader in hard chrome plating, electroless nickel plating, flash chrome, and other industrial use surface finishes.
Hard chrome plating is prized for its ability to reduce friction, minimize wear, and improve corrosion resistance. It’s used in a wide range of industries such as automotive, healthcare, lawn and garden, aerospace, and more.
An overview of the most common hard chrome plating specifications including a breakdown of classes, appearance, finish, and types.
Hard chrome plating is one of the most reliable and widely used finishing processes, especially when durability and abrasion resistance is required. It can cover a variety of different materials, including stainless steel, copper, brass, and some plastics.
In hard chrome plating, the workpiece is coated with a hard chrome layer. The goal is to provide an improved protection against wear and a corrosion resistant surface. In addition, after treatment the workpiece has a high hardness of 900 to 1200 HV and a temperature resistance of up to 400° C.