Features and potential applications of C71300 white copper: This structural copper-nickel alloy has excellent mechanical qualities, resistance to corrosion, and good processing under pressure in both hot and cold conditions.
Classification of white copper and copper alloys：
1: Nickel-nickel copper: Adding pure copper to nickel can significantly improve the strength, corrosion resistance, resistance and thermoelectric properties of copper alloys.
The automotive, shipbuilding, resistance wire, thermocouple, and seawater desalination and heat exchange systems industries are the primary uses for white copper. Industrial white copper is classified into two categories: structural white copper and electrical white copper, which fulfill different requirements for corrosion resistance and unique electrical and thermal qualities. These categories are based on the performance characteristics and usage of the respective types of white copper. A common corrosion-resistant and beautiful structural material is white copper wire. It is used to manufacture corrosion-resistant elastic components, medical equipment, everyday decorations, and electromechanical, chemical, and instrumentation gear in industrial industries.
The primary drawback of white copper is the higher cost and scarcity of nickel, a crucial metal. Nickel serves as the primary alloying element in white copper, a copper alloy. Regardless of their proportions, solid solutions containing nickel and copper can be indefinitely dissolved in the α-single phase. Additionally, there are two types of cupronickel: common cupronickel, or copper-nickel binary alloy, and special cupronickel, which is made with the addition of other alloying elements like iron, zinc, and manganese.
2. Regular white copper has a face-centered cubic lattice and is a continuous solid solution made of copper and nickel. The composition-temperature range for metastable breakdown is fairly broad when the temperature is below 322 degrees. In copper-nickel alloys, the addition of third elements such as Fe, Cr, Sn, Ti, Co, Si, Al, etc. can alter the metastable Certain alloy qualities can also be enhanced by the composition-temperature range and decomposition location. White copper finds significant use in high-resistance alloys and thermocouple alloys, in addition to structural applications. Ordinary white copper comes in the following primary grades: B0.6, B5, B19, B25, and B30.
3. Aluminum White Copper: The alloy's performance is contingent upon the proportion of aluminum to nickel. The best alloy performance occurs when Ni: Al=10:1. Aluminum white copper is primarily utilized in the shipbuilding, electric power, chemical, and other industrial sectors for a variety of high-strength, corrosion-resistant parts.
4. Zinc-nickel copper: It is easy to cut, has good formability in both hot and cold processing, and has great comprehensive mechanical qualities. It also has strong corrosion resistance. It is used to make instruments, meters, medical equipment, everyday requirements, and communications. It may also be formed into wires, bars, and plates. parts with precision in other disciplines.
5. The fifth type of copper is manganese white copper, which has excellent corrosion resistance, a low-temperature coefficient of resistance, a wide temperature range of use, and good processability. Performance: 1221.7°C solid point, 1291.8°C liquid point.
Among cupronickel, zinc cupronickel is a significant variation. It performs well in processes, has outstanding mechanical qualities, and is a stunning silvery white color. It's a well-known artistic copper alloy replica of silver. 15% nickel and 15% zinc are its usual constituents. Several nations frequently employ 20% BZn15-20 alloy to create a variety of handicrafts. This alloy was dubbed "Chinese Silver" during the Song Dynasty in my nation and was utilized to create extremely sophisticated handicrafts. Zinc-nickel copper has been utilized as a crucial plug-in component and in electromagnetic shielding shells for a variety of electronic equipment, including crystal oscillator tube shells, since the advancement of modern communication technology.
The engineering community has typically raised the nickel percentage in BZn15-20 alloy to improve its mechanical qualities, corrosion resistance, and silvery color; this has led to the creation of new alloys like BZn18-8 and BZn18-26. Lead-nickel copper—copper added to zinc-nickel copper—is mostly used to create mirror frame accessories, precision instrument parts, and other items by improving the machinability of zinc-nickel copper.
C71300 white copper chemical composition:
Nickel+Cobalt Ni+Co: 24.0-26.0 Iron Fe: 0.5 Manganese Mn: 0.5 Zinc Zn: 0.3 Silicon Si: 0.15 Magnesium Mg: 0.05 Lead Pb: 0.001 Sulfur S: 0.01 Carbon C: 0.05 Phosphorus P: 0.01 Copper Cu: balance Impurities: 1.8 Tin Sn: 0.03
C71300 white copper mechanical properties:
Tensile strength (σb/MPa) ≥215 Elongation (δ10/%) ≥ 20 Note: Transverse tensile properties of the plate: Specimen size: Thickness (7-14)
B5 C71300 high elastic white copper strip B5 C71300 corrosion resistant white copper strip
C71300 iron-nickel copper|-C71300 phosphorus deoxidized copper|-C71300 zinc-nickel copper.
C71300 nickel-nickel copper|-C71300 tin-phosphorus bronze|-C71300 zirconium bronze.
C71300 chromium zirconium copper|-C71300 copper-iron alloy|-C71300 silicon bronze.
C71300 beryllium cobalt copper|-C71300 nickel silicon bronze|-C71300 aluminum bronze.
C71300 beryllium bronze|-C71300 cast brass|-C71300 tin bronze.
C71300 nickel brass|-C71300 beryllium copper tungsten copper|-C71300 iron brass.
C71300 lead bronze|-C71300 pure copper red copper|-C71300 tin brass.
C71300 silicon bronze|-C71300 white copper strip|-C71300 oxygen-free copper.
C71300 Aluminum White Copper|-C71300 Lead Brass Tube|-C71300 Manganese Brass.
Nickel-nickel copper strip—|—C71300 cupronickel price—|How much is it?
Zinc cupronickel—|—cupronickel tube—| C71300 cupronickel manufacturer—|material usage.
Aluminum white copper—|—white copper plate—| C71300 white copper properties—|copper alloy forgings.
Manganese cupronickel - | - cupronickel wire - | C71300 cupronickel use - | standard corresponding grade.
Iron cupronickel—|—cupronickel rod—| C71300 cupronickel composition—|Material What is the composition?
Copper alloy - | - white copper sleeve - | C71300 white copper standard - | copper alloy wholesale and retail.
Application fields: Copper alloys used in manufacturing heat exchangers and condensers in industrial sectors such as shipbuilding and electric power.
The functions of each alloying element in copper alloy:
① Zinc (Zn): Zinc has a large solid solubility in the alloy and has solid solution strengthening effect.
② Nickel (Ni): Improves the strength, toughness and resistance to dezincification and stress corrosion cracking of the alloy.
③ Lead (Pb): Enhances lubricity, improves wear resistance and improves cutting processability. The chips are brittle and the surface of the workpiece is smooth.
④Aluminum (Al): Improves corrosion resistance, thermal stability and strength, but brittleness will occur when excessive (more than 1%-2%).
⑤Manganese (Mn): Improves corrosion resistance, thermal stability and strength, but brittleness will occur when excessive (more than 1%-2%).
⑥Magnesium (Mg): Trace amounts of magnesium reduce the conductivity of copper, improve copper's high-temperature oxidation resistance, and also have a deoxidizing effect on copper.
⑦Tin (Sn): It inhibits dezincification and improves corrosion resistance, especially the ability to resist seawater corrosion. Therefore, tin brass is called "Navy Brass".
⑧Copper (Cu): Good chemical stability, high strength, easy to weld, corrosion resistance, plasticity, ductility, high thermal conductivity and electrical conductivity.
⑨Iron (Fe): Iron that exceeds solid solubility exists as iron-rich phase particles. It has a high melting point and can serve as crystal nuclei to refine grains and prevent recrystallized grains from growing, thereby improving the mechanical properties and process performance of the alloy.
⑩Silicon (Si): Improves strength and hardness, casting fluidity, and weldability, but the plasticity is reduced. For example, adding Si and Pb at the same time can reduce the friction factor.
Copper material classification:
Bronze: Bronze is an alloy with the earliest history of metal smelting. An alloy made of tin and lead added to pure copper (red copper) has special importance and historical significance.
Chromium copper: Chromium copper has high strength and hardness at normal temperature and higher temperature (400°C), and is a material with good electrical and thermal conductivity.
White copper: White copper is a copper-based alloy with nickel as the main added element. It is silvery white and has metallic luster, hence the name white copper.
Silver-copper: Silver-copper alloy refers to a silver alloy with copper as the main alloy element. In order to improve performance, elements such as nickel, beryllium, lithium, and vanadium are often added. Mainly used as electrical contact materials and solder.
Red copper: The melting point of red copper is 1083℃) Red copper is industrial pure copper. Because it has a rose red color and turns purple after an oxide film is formed on the surface, it is generally called red copper, also known as red copper. It is copper containing a certain amount of oxygen, so it is also called oxygen-containing copper, and sometimes it can also be regarded as a copper alloy.
Red copper: Red copper generally refers to red copper. Red copper is industrial pure copper. Because it has a rose red color and turns purple after an oxide film is formed on the surface, it is generally called red copper, also known as red copper. It is copper containing a certain amount of oxygen, so it is also called oxygen-containing copper, and sometimes it can also be regarded as a copper alloy.
Pure copper: Pure copper is a soft metal, the melting point of pure copper is 1083℃) The surface is reddish-orange with metallic luster when it is first cut, and the simple substance is purple-red. It has good ductility, high thermal conductivity and electrical conductivity, so it is the most commonly used material in cables and electrical and electronic components. It can also be used as building materials and can be composed of many kinds of alloys.
Oxygen-Free Copper: Pure copper that does not contain oxygen or any deoxidizer residue. But it actually still contains very trace amounts of oxygen and some impurities.
Copper cathode: It is a non-ferrous metal that is closely related to human beings. It is widely used in electrical, light industry, machinery manufacturing, construction industry, defense industry and other fields. It is second only to aluminum in the consumption of non-ferrous metal materials in my country.
In machinery and transport vehicle manufacturing, it is used to manufacture industrial valves and fittings, instruments, plain bearings, moulds, heat exchangers and pumps, etc.
Phosphorus deoxidized copper: The copper content in phosphorus deoxidized copper is required to be no less than 99.5% (mass fraction), and the residual phosphorus content is no more than 0.04% (mass fraction).
