ASTM B152 C10300 Copper Chemical Composition, Grades, Chart and Pdf
C10300 copper, as according to the ASTM B224 definition, has well-defined composition meeting strict requirements. This copper grade is equipped with extraordinary properties that allow its use in most industries. Chart as well as grades for C10300 Copper give enough data on its chemical composition, mechanical properties, and uses. The provided table shall be consulted in order to access detailed specifications, which will aid in making informed decisions concerning materials for projects. The diagram presents the variety of properties relevant to different grades that can be used to guide through the selection process. Whether used in electrical components, plumbing systems, or industrial machinery, the ASTM B152 C10300 Copper comes with reliability and performance, guaranteed by its standardized composition and proven consistency across a broad range of applications. Having access to the available resources allows one to capitalize fully on UNS Copper C10300 in the projects and also meet up with the set industry standards and specifications. Different type of Coppers as standard astm c10300 and astm c10400 copper have deffrents type of specification, mechanical Properties, electrical thermal conductivity, corrosion properties and physical Properties.
C10300 Copper Composition And Grades Table
The CO1300 Copper Composition and Grades Table is a useful tool, because it provides information about the chemical composition and range of copper. Below are the exact chemical composition and grades of CO1300 Copper, supplied by M4METALS, which would be useful in determining its suitability for industrial use. Understanding the unique properties of CO1300 Copper grades and their behavior in different situations, one can choose an appropriate grade for a particular need and purpose.
| Elements | Cu(1,2) | P |
|---|---|---|
| Min (%) | 99.95 | 0.025 |
| Max (%) | 100 | 0.005 |
The Advantages and Disadvantages of ASTM B224 C10300 Copper Material Properties, C10300 Properties
- Excellent Electrical Conductivity: The ASTM C10300 has high electrical conductivity of above 99%, thus making it the best choice for the applications where the current should flow efficiently such as electrical connectors, conductors and other electrical components.
- High Thermal Conductivity: This material is characterized by its excellent thermogravimetricity feature which enables quick heat transfer hence, it is good for HVAC heat exchangers, refrigeration units and industrial processes.
- Good Corrosion Resistance: C10300 has a smooth, non-scaling, forming bending, adhesive oxide layer that forms at the high temperatures the material is exposed to, and thus it is choice for plumbing systems like pipes, fittings, valves, and connectors.
- Ductility and Formability: It has a high ductility which facilitates it to transform into different shapes during manufacturing processes.
- Resistance to Hydrogen Embrittlement: C10300 displays a high degree of reliability under conditions of high hydrogen pressure exposure as well.
Advantages:
- High Cost: Oxygen free copper, which is considered high-purity copper due to the lack of oxygen, is much more expensive compared to ordinary copper alloys as a result of the fabrication process and quality control.
- Limited Availability: Copper alloys C10300 may be made difficult to access since it requires a special formulation.
- Limited Strength: In the case of wrought C10300, it is an excellent conductor of electricity but it is also quite soft and does not have the required strength. In structural applications, we need to add further reinforcement.
- Not Ideal for High-Temperature Applications: The C10300's melting point is so low that it would not be suitable for applications with elevated temperatures.
- Susceptibility to Stress Corrosion Cracking: C10300 is likely to have cracks under some load conditions and thus it is important to take care of design aspects during its manufacturing.
Disadvantages:
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