Copper C110
Copper C110 contains 99.90% of pure copper. It has a very good electric conductance and thermal conductance as well. This material is commonly used for manufacturing of components where high conductivity requirements are needed, such as electrical devices, wires and telecommunication materials. This copper alloy possesses very good formability, ductility and good corrosion resistance.
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Copper C110 is a type of copper alloy which consists about 99% copper, hence being a high purity copper alloy. Among its characteristic properties are malleability, ductility and good electrical and thermal conductivity.
This type of alloy copper is also referred to as ETP which is the short form for Electrolytic Tough Pitch copper.
Copper C110 copper can be easily bent and is normally provided in 1/8 hard or 1/4 hard condition. It has a great spectrum of applications including architecture, automotive and building hardware.
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Copper C110 Properties
Mechanical Properties
- Tensile Strength: 42100 PSI
- Yield point: 36300 PSI
- Rockwell Hardness: B40
Physical Properties
- Composition: Copper 99.99 %, with very small amount of Oxygen and Silver
Thermal Properties
- Good thermal conductivity
Electrical Properties
- Combining Measure A & B: 101% IACS
Post Treatments
- Usually provided in either 1/8 hard O R 1/4 hard conditions
- Not to be blown out by annealing
Common Applications
- Building indiscriminately puts Smiths into most structures, Skylight frames,m, roofs, building faces, flashings, rain water pipes, gutters, waste-pipe, water downs
- Motor: gaskets, radiators
- Builders Hardware: Butts, tacks, nails,soldering copper, rivets, cotter pins and ball float
- Screening and wire screening
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Frequently Asked Questions (FAQs)
Q: What is the meaning of C110 copper and what are itsmajor features?
A: C110 copper or ETP copper is an alloy that is made up of 99.9% copper. It is the kind of copper which is electrolytic tough pitch which is of very high pureness. Most noticeable of these properties includes excellent conductance to electricity and heat, ductility and some resistance to corrosion.
Q: In what fields is C110 copper mostly used?
A: C110 copper is very widely applied to electronic parts, bus bars, wiring and plumbing hardware because of good electrical conductivity and thermal properties. This composition, if CC copper is used and is satisfactory, devices, fixtures and other articles where high conductivity and ductility are required.
Q: Is C110 copper more conductive than C copper alloys or less?
A: For C110 copper, electrical conductivity of copper is rated at about 100% IACS, or International Annealed Copper Standard. From this viewpoint, it is better than most other copper and its alloys in carrying electric current.
Q: Consider the physical properties of C110 copper.
A: C110 copper is characterized by excellent ductility along with sufficient strength hence great hot and cold working characteristics. However, it can be noted that C110 copper is not easy to cut using tools like other metals.
Q: Is it possible to weld the C110 copper; if so, which precautions should be observed?
A: Yes, it is quite possible to weld C110 copper utilizing any of the welding methods. However, measures must be taken over and above controlling the moisture content so that hydrogen embrittlement does not occur.
Q: What does the UNS C110 designation mean?
A: The UNS C11000 designation refers to the unified numbering system for copper alloys and whereas C110 is an electrolytic tough pitch copper with high conductivity and good mechanical properties used mainly in electrical engineering.
Q: How does the C110 copper resist corrosion, and what are the factors that would determine this property?
A: C110 copper is resistant to corrosion, especially in non-oxidizing conditions such as carbon, acid, or alkaline free environments. Pollution and oxide deposits are some of impurities that are detrimental to this property, hence it is crucial to maintain a clean surface for better corrosion resistance.
Q: What are the thermal properties of C110 copper?
A: This particular grade of copper possesses great thermal conductivity C110 copper due to its metallic nature. This is due to its effective application in the making of electrical and electronic devices where heat generation due to flow of current cannot be avoided.
Q: What are the considerations when sourcing C110 copper from suppliers?
A: Among these is the need for high quality and purity of the C110 copper from the supplier. Confirm that the copper is able to meet the appropriate usage criteria, whether electrical, or mechanical, or plumbing.
Q: What kind of performance would C110 copper, being an alloy, has compared to pure copper?
A: C110 copper most often considered a copper alloy, is composed primarily of pure copper, yet it is superior in mechanical aspects when compared to 99.9% copper, especially strength and ductility. It might be worthwhile even 99% copper alloys with additional elements for enhanced strength applications, however in such applications they would not reach optimal conductivity.