Working with High Conductivity Copper Alloys

Created at : Mar 12, 2021

From electrodes to other unique applications, high conductivity copper alloys play a vital role in keeping manufacturing and industry on track both nationwide and around the world. When industry and manufacturing demand performance that exceeds the capabilities of standard copper products, unique and innovative alloys are the key to moving forward. It is important to note that copper that is considered to be high conductivity is indeed actually one of the most common forms of metal in use by industry manufacturing today. Whether talking about shunts or cables as well as transformers and motors stators and rotors, the importance of this type of key metal cannot be underestimated. Note that there are many different types of metals that exhibit high conductivity characteristics, however, copper alloys stand out as the leader in the arena. Chromium and other metals exhibit impressive high conductivity as well as high thermal resistance.

Electrical Engineering Also Benefit from This Type of Alloy

All that said, copper-based alloys are clearly the leader when it comes to high conductivity for a non-precious metal. Other attributes exhibited by copper-based alloys include high strength, excellent machinability, high ductility, and impressive resistance when it comes to corrosion as well as ease of jointing. Simply stated, high conductivity copper alloys are perfect for a full range of electrical applications. Those in electrical engineering also benefit from this type of alloy. From electrical conductors to many different types of electrical accessories like connectors and holders in addition to circuit breakers, there are many uses for this in-demand alloy. With so much to offer it is clear to see why copper alloys that exhibit high conductivity are so crucial to today’s modern industry and manufacturing. To learn more about all that this important alloy has to offer contact Cadi Company Inc today.