ASTM B124 C18200 Copper Chemical Composition, Grades, Chart and Pdf

The ASTM B124 document lists the specification of the C18200 copper alloy and contains info regarding the alloy’s chemical composition, its various grades and furthermore, it includes a complete chart and PDF document. Adopting a standard of this type allows to keep the production unified and the use of C18200 copper alloy consistent across industries. Its chemical composition defines its elasticity, the level of resistance to erosion, and application type. According to ASTM B124 specified grades, efficient choice and identification of required material for different needs can be done with the help of universal numbering system. Composing chart and PDF below give a plenty of useful information on compositions’ differentiations and practical properties so engineers, manufacturers, and end users may make a sound and well-founded decision regarding material selection and application appropriateness. Following the chosen standard (ASTM B124) is a guarantee of trust and longevity in the use of C18200 copper alloy.

C18200 Coppers Chemical Composition And Grade Table

The chemical composition of C18200 copper alloy and the corresponding grade table provides the information regarding the grades chosen on the basis of the elemental composition. This type of information is necessary when it comes to examining its mechanical propeties, corrosion resistance, and fit for different application. Engineers and manufacturers use this data to keep the grills with grade that is the most suitable for requests, and thus there is the best performance. The grade table is an exhaustive review of the various materials used and aids designers in the selection process and application of these materials that cover electronics, automotive and more.

C18200 Copper Composition Table
Elements Cu Pb Fe Cr Si
Min (%) - - - 0.6 -
Max (%) - 0.05 0.10 1.2 0.10

The Advantages and Disadvantages of ASTM B124 C18200 Copper Material Properties, C18200 Properties

    Advantages:

  • Outstanding Electrical Conductivity: One of the significant qualities of C18200 copper is that it is the best for power transmission through the electric lines, especially for its high speed in critical systems.

  • Softness Advantage: The softness of this alloy makes it very useful for both fine tolerance work and stability, which makes it ideal for many production processes.

  • High Thermal Conductivity: C18200 stands out for its excellent conductivity quality which makes it a choice option in heat exchangers and radiators because of it's efficiency.

  • Decent Corrosion Resistance: Although its aluminum alloy constitution is not as invincible as tetracentane is, its acid resistance is satisfying.

  • Oxidation Vulnerability: While the high oxidative reactivity of C18200 alloy may reduce its corrosion resistance compared to other types of alloys, the two are closely related as the former can be oxidized easily under the effects of either air or moisture.

    Disadvantages:

  • Costlier Option: The electroless copper without oxygen (OFC), like C18200, might cost differently due to the straightforward fact that there is no other purest type of copper and also the lengthy and complicated process to manufacture such type of copper which might take some getting used to for the conventional copper alloys.

  • Limited Mechanical Strength: C18200, being soft, in terns of mechanical strength don't have any significant resistance in (such conditions where they are more likely to wear and tear) places prone to wear and friction.

  • Unsuitable for High-Stress Environments: Component with C18200 features low tensile strength and still need load-related performance make this material inappropriate for the main structural elements.

  • Limited Work Hardening Ability: C18200 is a ductulent steel whose hardness does not change when cooled at ambient temperature. Its toughness does not improve with any annealing process.

  • Susceptibility to Stress Corrosion Cracking: Indeed C18200 is resistant to acid but it has the tendency to initiate stress corrosion cracking when under excessive load.

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Frequently Asked Questions

FAQs
What does ASTM B124 C18200 Copper refer to?

The standards of ASTM B124 are outlined for grade C18200 copper alloy, which states its chemical makeup, grades, and manufacturing processes. It serves for the correctness, consistency and usability of the solutions in sectors like electronics and automotive applications.

Which are the Main Chemical Elements of C18200 Copper?

Some of the main chemicals are Copper(99.4%), Lead(Pb), Iron(Fe), Chromium(Cr), Silicon(Si)

Why do you need to choose C18200 Copper?

Select C18200 copper due to its superior electric conductivity, the easy formability allowing high precision work, thermal conductivity necessary for the heat transfer, good corrosion resistance, and the openings for the different production processes and applications.

What process for C18200 copper production?

Copper, C18200 mostly is fabricated via melting and casting, and then extruded, or forged into shape, or rolls out to the needed size and contour. Whether things such as temperature or mechanicity of glass is to be improved, heat treatment may be used to expose the most of its mechanical properties.

Is the C18200 alloy suitable for use in harsh conditions?

C18200 alloy is rather useful in conditions which are tough to some extent due to its decent, but relatively low, protection against corrosion and surface oxidation phenomena.

Is the C18200 alloy easily available in Mumbai, India?

Yes, the C18200 copper alloy is wide available in Mumbai, India, there can be found many suppliers supplying the said materials to the industries.