For those individuals that are new to metallurgy it is common to assume that the characteristics of bronze copper and phosphor bronze are interchangeable. These three metals are known as red metals, and although they have a similar look, they are different. Brass mainly consists of copper with added zinc. Using varying mixtures produces a…
Metal finishing looks a lot different today than it did just a few decades ago. Modern electroplating is considered a form of metal finishing that is widely used by many industries including military, medical, aerospace, RF microwave, automotive, and electronics. Before we can begin electroplating, all parts are cleaned. Then it is time for a…
Copper has been used for centuries because it is considered amongst the most versatile engineering materials available. It has impressive physical properties, such as strength, corrosion resistance, conductivity, machinability, and ductility. Because of its benefits, it is used in an extensive range of applications. Properties of copper alloys can be enhanced through plating wire and…
Base metals and beryllium copper wire have different characteristics, which lends itself to making proper selections regarding specific alloy and plating metal. Once an application is known, it is possible to discuss plating as a choice for customizing and maximizing properties of conductors. Plating wires can offer the means for combining two metals to…
Beryllium copper wire is used when a component needs corrosion resistance without sacrificing the strength required to maintain its shape, spring force, or mechanical performance. That combination makes the material useful in demanding electrical and mechanical applications, but describing it simply as “corrosion resistant” leaves out the conditions that determine whether it will actually perform…
Beryllium copper wire and strip have a history of working in cyclic stress environments for electrical contact springs. Cyclic conditions are present when rotational bending, cantilever bending, and axial loading processes are done. Heavier sections of this alloy are also often used in various components that are subject to cyclic loading. Because of beryllium copper’s…
When asking engineers why they use beryllium copper, one of the first things they say is the low-price point. Does that mean that when using this alloy that individuals are sacrificing beneficial characteristics? No, it does not. In fact, besides being cost-effective, beryllium copper also boasts four great properties. Beryllium copper is widely used because…
Copper is widely known as a soft and malleable metal. A copper alloy, on the other hand, offers users a wide variety of useful combinations of mechanical properties. Copper alloys offer users adaptability that is not available with all alloy systems. Frequently, high copper and copper alloys are used for wires, cables, electrical contacts, and…
Beryllium copper alloys, when compared to most other specialty copper alloys, is highly corrosion resistance while in storage, during production, and when used for electrical applications. Beryllium copper wire resists tarnish, which is an essential feature of electronic components that are soldered. To enhance solderability of final parts, engineers use beryllium copper alloys that aew…
Choosing base materials and stranding techniques allows for metals to take on different characteristics that are needed for specific jobs. Another great option for maximizing and customizing the properties conductors is through metal plating. Base metals like beryllium copper are used because of their strong conductivity, high strength, and consistent mechanical performance, but its ability…
Technical Data