There are currently more than 400 copper alloys. From brass and bronze to copper-nickel and nickel silver, you’ll have plenty of options to choose from if you’re searching for copper alloys to use for manufacturing processes or other applications. Each individual copper alloy has its own distinguishing characteristics, but generally speaking, there are many benefits of using copper alloys. Let’s take a closer look at several of the key benefits below.
Copper alloys are, maybe above all else, very strong and durable. When you incorporate them into products or equipment, you won’t have to worry about how they’ll hold up. They will stand the test of time and continue to perform for you well into the future.
Good electrical and thermal conductivity
Looking for an alloy that offers you good electrical and thermal conductivity? Look no further than copper alloys, which are known for being good when it comes to both of these things. As we alluded to earlier, there are some copper alloys that are better suited for handling electricity and heat than others. But overall, you’ll find that copper alloys always deliver in the electrical and thermal conductivity department.
You can get your hands on copper alloys that come in many different forms. This is due in large part to the fact that copper alloys have a ductility that allows for them to be produced in different ways without sacrificing any strength.
Very resistant to corrosion
If you’re going to be using copper alloys in products that will be placed into harsh conditions, it’s essential for them to be resistant to corrosion. You’ll quickly find that copper alloys are more than ready to stand up to any challenge as a result of their corrosion resistance. You won’t have to worry about copper alloys succumbing to the strain they’ll face in certain environments.
Find out even more about copper alloys and the benefits of using them by reaching out to Eagle Alloys. Call us at 800-237-9012 today to get information on copper alloys and to request a quote on the products we sell.