Live metals rate

UNS C14500 Copper Alloy Chemical Composition, Grade, Tables and PDF Online

Besides, ASTM B301 C14500 copper (also called tellurium copper) has perfect features in machinability and electrical conductivity. Its chemical composition is usually not less than 99.50% copper with some additions of tellurium, approximately 0.4%. This alloy stands out in terms of its wear resistance and thermal conductivity making it appropriate for components in which subtle machining is required for applications such as electrical connectors, switchgear components, and bearings. ASTM B301 standard makes provisions for C14500 copper's detailed specifications and grades, assuring consistent quality and performance levels. Engineers and products developers utilize its properties to improve their durability and performance. All needed details, such as chemical composition, grades, and specifications, can be found in ASTM manuals and are readily available in the PDF format for industrial operations.

ASTM B301 C14500 Coppers Chemical Composition And Grade Table

C14500 copper in accordance with ASTM B301 specifications feature high chemical content (99.5% of copper with 0.4% of tellurium) impurities. The grade table of the company is a list of specifications, which will be used by the engineers and the manufacturers to choose grades that match the particular requirements of the situation. By having excellent wear resistance and thermal conductivity, C14500 copper becomes specialized in changing complex machines, e.g., the electrical contacts and bearings. The tightly recommended grade table contributes to quality and efficiency which is the competitive edge for different industries.

C14500 Copper Composition Table
Elements Cu P Te
Min (%) 99.9 0.004 0.40
Max (%) - 0.012 0.7

The Advantages and Disadvantages of ASTM B301 C14500 Copper Material Properties, C14500 Properties

    Advantages:

  • Excellent Electrical Conductivity: Copper here is C14500 that means wide spread electric power transmission is easily achieved by it. Having in mind that fact, this is a favorite one to be used in all types of applications which demand fast electric signal transmission.

  • Soft Material: The main point that can be made here is that so the precision is high and the strength of the material is not compromised this specific property can be used in manufacturing processes since it can be molded easily.

  • High Thermal Conductivity: C14500 possesses enough conductivity that can be used at different thermal exchanges including heat exchangers, radiators and the innovations that serve as medias of heat transport.

  • Good Corrosion Resistance: Additionally, C14500 Copper is not resistant to the prolonged exposure yet; made of aluminum alloy it has enough resistance to several environmental factors harmful to its service life.

  • Susceptibility to Oxidation: Due to its increased oxidation grade, C14500 is a much easy target for age-triggered oxidation when in contact with air or moisture when compare to other alloys.

    Disadvantages:

  • Costlier Option: Oxygen-Free copper (OFC), being represented by C14500, is the more expensive because its unique purity plus specialized manufacturing process cannot be compared to conventional copper alloys.

  • Limited Mechanical Strength: In spite of its low hardness, this alloy, C14500, has weak points relative to its overall mechanical strength, especially when the application is wear resistant.

  • Unsuitable for High-Stress Environments: However, its relatively lower tensile strength and capacity for handling heavy loads limit the use of this material in large structural components.

  • Limited Work Hardening Ability: C14500 cannot improve with hardening, that is to say it does not partially harden or increase in toughness due to the action of plastic deformation.

  • Susceptibility to Stress Corrosion Cracking: C14500, being acid resistance, can still develop stress corrosion cracking under high load.

Related Topics

Here is another related topic that you may also like.

Frequently Asked Questions

FAQs
How UNS C14500 copper alloy differs from other copper alloys?

Unlike some other alloys of copper, UNS C14500 has great machinability and high conductivity of electricity. This is the reason of its popularity.

For what applications can UNS C14500 copper alloy be used?

It is one of the most common materials used in electric connectors, switches, and different machining applications because of its top-of-the-line conductivity and machinability properties.

Is there any special issue related to the environment for UNS C14500?

UNS C14500 is usually harmless as far as different operations go, but it should never be used for acidic or corrosive materials.

Is it possible to weld or solder C14500 alloy from UNS?

Yes, copper alloy C14500 can be welded or soldered using proper techniques and filler materials that are compatible with the alloy.

Raw Material Prices (Updated as on: 20 May 2024 02:29 AM) LIVE RATES

MetalsPrice/TonnePrice/KG
Nickel$20,953₹1,745.35
LME$21,004₹1,749.63
Copper$11,127₹926.91
LME$10,481₹873.08
Aluminum$2,611₹217.47
LME$2,598₹216.39
Zinc$3,032₹252.55
LME$2,974₹247.73
Lead$2,292₹190.95
LME$2,286₹190.42

Currency Rates (Updated as on: 20 May 2024 02:29 AM) LIVE RATES

  • 1 USD = 83.3 INR
  • 1 CNY = 11.53 INR
  • 1 AED = 22.68 INR
  • 1 USD = 3.67 AED
  • 1 USD = 7.22 CNY
Stainless Steel
Carbon Steel
Alloy Steel
Copper
Aluminium
Monel
Inconel
Brass
Titanium
Tantalum
Duplex
Hastelloy
Incoloy
Nickel Alloy