What do you need to know about the differences between both materials? There are many similarities between beryllium copper and copper, but they also have a great deal that distinguishes the two from one another. Knowing about the differences between both materials is essential when shopping. Beryllium copper is an alloy that includes other metals (typically beryllium, lead, iron, cobalt, and nickel. By adding additional metals to copper it gives final materials specific and unique properties.
What are the differences between copper and copper alloys?
First, copper and beryllium copper are both known for their thermal and electrical conductivity. Copper has an electrical conductivity that reaches 100%, whereas beryllium copper has conductivity closer to 15-30%.
Copper is known as a softer metal, and that is why it can easily be joined through welding applications. Beryllium copper, on the other hand, is known for its strength. When compared to other copper-based alloys, beryllium copper is regarded as the strongest alloy. Many refer to beryllium copper as spring copper. Beryllium copper can be formed against or with the grain, which creates added versatility to how metal can be worked.
Beryllium copper is commonly used for industrial applications, whereas copper tends to be used for ornamental reasons. Beryllium copper wire is used to build internal components. Beryllium copper is used because of its physical properties (hardness and fatigue strength).
For more information on the differences between copper and its different alloys, you should not hesitate to call our team today.
- Electroplating Tips for Engineers and Manufactures
There are specific facts every engineer needs to know about electroplating and plated wire. Over the years, metal finishing has scientifically been proven to be a necessary component in technological development. Many important industries benefit from electroplating, including military and aerospace. Electroplating is known as an electrochemical process in which metal ions—in a solution—are bound with a metal substrate by electrodeposition. Material selection is vital for plating, and so we offer many options, including 521 alloy.
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