UNS C12000 is composed of 99% copper with small amounts of iron (0.4%) and manganese (0.2%). The mechanical properties are excellent; the tensile strength ranges from 25 ksi to 35 ksi, and the yield strength ranges from 15 ksi to 25 ksi after cold working. The electrical conductivity is relatively high at 17-21% IACS.
| Nominal | Minimum | Maxiumum | |
|---|---|---|---|
| Copper | - | 99.90 | - |
| Phosphorus | .004-.012 | - | - |
UNS C12000 is a great choice when looking for a specific set of chemical properties. It has excellent electrical and thermal conductivity, as well as superior formability and corrosion resistance. It also shows good strength characteristics when put under pressure, making it ideal for applications that require such features. It is easy to work with due to its malleability; sheet Copper C120 can be cut and shaped into many different forms without sacrificing any of its properties. Its resistance to oxidation ensures a long-lasting lifespan and makes copper C120 suitable for outdoor applications where it could possibly be exposed to moisture or extreme temperatures. All in all, this alloy is an excellent choice for those looking for strong chemical properties in their application.
UNS C12000 is a type of copper grade whose properties have made it attractive for both industrial and residential applications. Not only is it highly resistant to corrosion due to its 98% minimum copper content, but it has excellent ductility and tensile strength at room temperature, which makes it especially suitable for manufacturing processes that require precision welding. Additionally, its high electrical conductivity makes it a primary choice for power transmission components and electrical connectors. The thermal stability of this type of copper also has others benefits like enhanced fire safety protection during hot working operations. It's no wonder why many manufacturers rely on the dependability of Copper C120 to keep their production lines running smoothly in an ever-increasing competitive market.
UNS C12000 is a copper alloy known for its remarkable physical properties. This special alloy has a number of desirable characteristics, such as high strength, impressive electrical and thermal conductivity, and great ductility. Copper C120's incredible resilience allows it to withstand even the most extreme temperatures and conditions without losing any of its integrity, making it an ideal material for electrical wiring, automotive brake lines, marine systems, and other applications that require materials able to endure tough conditions. Additionally, the superior machining capabilities of this copper alloy make it invaluable for creating intricate components with exact specifications. With so many benefits to offer, no wonder why Copper C120 is a favoured alloy among engineers!
C120 Copper Thermal Properties
| Treatment | Minimum* | Maximum* | ||
|---|---|---|---|---|
| * Temperature is measured in Fahrenheit. | ||||
| Annealing | 700 | 1200 | ||
| Hot Working Temperature | 1400 | 1600 | ||
Due to its excellent properties, UNS C12000 has a number of uses in many different industries, including electrical engineering; it can be used as an alternative to brass or bronze in alloys such as lead-free solder or insulated wire products like cables and connectors. It's also commonly used in marine applications as well as architecture and construction projects due to its corrosion resistance. Additionally, it can be found in medical devices such as stethoscopes or surgical instruments because it has good malleability and formability characteristics which make it easy to shape into intricate components for medical devices.
Copper C120 has excellent corrosion resistance even when exposed to salt water or other corrosive chemicals; this makes it ideal for use in marine environments or other areas where there may be exposure to corrosive elements.
In terms of heat resistance, Copper C120 has a good thermal conductivity which allows it to withstand higher temperatures without losing its strength or shape; this makes it perfect for use in high-temperature applications such as turbines or boilers where temperatures can reach up to 600°F (316°C).
Copper C120 can be heat treated using annealing techniques; this process involves heating the material up above 1000°F (538°C), then cooling slowly over time at room temperature until the desired hardness level is achieved.
This material can be machined relatively easily with standard machining tools such as drills or lathes; however, special cutting fluids must be used when drilling holes into the material because regular cutting fluids will cause oxidation that could damage the material's surface integrity over time.
Copper C120 welding is a specialized skill needed in many industries today. Highly trained professionals must have intimate knowledge of the safety protocols involved, as well as understand the process of melting, joining and forming metals. The results of this type of welding can be seen in industries like automotive, marine, aerospace, and construction engineering. Copper C120 welding requires precision and attention to detail for reliable results every time. It is a valuable service for those looking to put their best foot forward when it comes to creating durable structures that can withstand extreme conditions. With its demanding standards and skilled craftsmanship, copper C120 welding ensures projects are handled with care and professionalism at all times.
