ASTM B124 C14200 Copper Chemical Composition, Grades, Chart and Pdf

ASTM B124 C14200 copper, which is also known as tough pitch copper, is having electrical conductivity and thermal conductivity, and this makes it so good for a number of uses such as electrical and heat transfer. Its chemical composition is typically 99.4% copper with a residual additive of Arsenic(0.15%) and phosphorus (0.015%). This is a grade of copper that is certified under the ASTM B124 standard as well and is mostly applied in electrical contacts, switchgear components, and heat exchangers. The high ductility and resistance to corrosion of steel, along with its flexibility, make it suitable for the most challenging environments. ASTM B124 C14200 copper is known for its uniformity and reliability which engineers and manufacturers utilize in their works. The grades, chemical composition, and wind turbine specifications of this product are all listed in the ASTM documents and the PDFs readily available on the internet.

C14200 Coppers Chemical Composition And Grade Table

C14200 copper, per ASTM B124 specification, main chemical constituent which is copper, arsenic and phosphorus. This metal’s high electrical and thermal conductivity make it suitable for a range of purposes such as electric connections and heat exchangers. The Grade Table is a comprehensive table that facilitates engineers, manufacturers and customers to choose the appropriate grade for the specific requirement they have in mind. The data below shows the difference between their constituents, mechanical characteristics, and the allowable tolerances and also highlights the C14200 copper application example.

C14200 Copper Composition Table
Elements Cu P As
Min (%) 99.9 0.015 0.15
Max (%) 100 0.040 0.50

The Advantages and Disadvantages of ASTM B124 C14200 Copper Material Properties, C14200 Properties


  • Excellent Electrical Conductivity: Copper here means C14200, which stands out for its electrical conduction capacity. Therefore, this is a preferred one for all applications with fast electrical transmissions.

  • Soft Material: This specific feature of the material can be taken advantage of precisely during manufacturing processes since it can be easily molded and molded, and keeps strength.

  • High Thermal Conductivity: C14200 is outstanding in reaching the right thermal conductivity level for example, heat exchangers, radiators, and incarnations applied for heat transport.

  • Good Corrosion Resistance: Regarding this material corrosion resistance is not as good yet, C14200 has enough anti-degradation properties to fight against several environmental ones.

  • Susceptibility to Oxidation: Because of its being of very higher grade, C14200 is, therefore, more oxidation-affected when in contact with air or moisture compared to other alloys.


  • Costlier Option: Because of the exclusive purity of oxygen free copper (OFC), with an example being C14200, and highly specialized manufacturing procedure, OFC is more expensive than standard copper alloys.

  • Limited Mechanical Strength: Besides its low hardness, C14200 shows some mechanical strength shortcomings when it comes to applications where high wear resistance is critical.

  • Unsuitable for High-Stress Environments: This negative impedes the application of C14200 as in the case of large structural components which are subjected to severe load bearing stresses.

  • Limited Work Hardening Ability: C14200 copper does not have any work hardening characteristic, which means it does not gain in improved hardness or toughness when exposed to plastic deformation by bending or hammering.

  • Susceptibility to Stress Corrosion Cracking: Whereas C14200 shows high corrosion resistance, it still possesses the limitation of stress corrosion cracking in the severe conditions.

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Frequently Asked Questions

What does ASTM B124 C14200 Copper refer to?

ASTM B124 C14200 Copper is the name for the particular type of copper alloy adapted according to the standards of the American Society for Testing and Materials (ASTM). Thus it has temperature, electricity, and chemical conductivity properties and is used both in chemical and industrial industries.

Which are the Main Chemical Elements of C14200 Copper?

Some of the main chemicals are Copper(99.4%), Phosphorus(0.015%) and Arsenic(0.15%)

Why do you need to choose C14200 Copper?

C14200 Copper is chosen for its exceptional electrical conductivity; that is why it is key for all applications requiring quick electrical transmission. The other advantage of it softness would be its versatility which makes it perfect for forming during the manufacturing process. However, its high thermal conductivity makes it ideal for heat transfer applications such as heat exchangers and radiators.

What process for C14200 copper production?

Copper C14200 production mainly entails heating and shaping steps, i.e., melting, casting and hot or cold working to reach the desired shape and properties. The copper is fundamentally refined to the specified extent purity and with the help of techniques like extrusion, rolling, or forging, it is formed into variously shapes to suit application requirements.

Is the C14200 alloy suitable for use in harsh conditions?

Unlike C14200 copper alloy which lacks the capability to withstand stress impact and low mechanical strength, it might not be the right material for challenging circumstances.

Is the C14200 alloy easily available in Mumbai, India?

Yes, with the availability of C14200 alloy in Mumbai, India, through different makers and distributors who service the industrial market, options abound.