High Performance Oxygen-Free Copper from Trusted China Suppliers | Quality Factory Production
Uses of oxygen-free copper
Oxygen-free copper has been widely used in many fields due to its excellent performance.
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1. Electronics Industry
Oxygen-free copper is an important material in the electronics industry. It is often made into oxygen-free copper plates, oxygen-free copper strips, oxygen-free copper wires and other copper materials, which are used to manufacture wires and cables, batteries, motors, tachronic tubes, microwave tubes, transistor components, etc. Its high electrical conductivity ensures the high efficiency and reliability of electronic devices.
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2. Heat Dissipation and Heat Exchange
Oxygen-free copper has excellent thermal conductivity, and thus is widely used in fields such as radiators and heat exchangers that require efficient heat conduction.
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3. Pipe Materials
In pipe materials for water supply, gas supply, heating, etc., oxygen-free copper is highly favored due to its high strength and corrosion resistance.
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4. High-temperature and High-pressure Equipment
In the chemical industry, the stability and high strength of oxygen-free copper make it an ideal material for manufacturing high-temperature and high-pressure equipment.
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5. Instrument and Meter Components
Oxygen-free copper is also used in the manufacture of electric vacuum instrument and meter components, as well as coaxial tubes for liquefied petroleum gas service pipes, medical gas oxygen tubes, etc.
Advantages of oxygen-free copper
The reason why oxygen-free copper can be widely used in multiple fields mainly lies in the following advantages:
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1. High electrical conductivity
Oxygen-free copper has an extremely high electrical conductivity, reaching 100% IACS (International Annealed Copper Standard), which gives it a significant advantage in fields such as wires and cables that require efficient transmission of electrical energy.
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2. Corrosion Resistance
Oxygen-free copper has extremely strong corrosion resistance. In salt spray tests, its corrosion resistance is three times stronger than that of ordinary copper, which gives it a longer service life in fields such as submarine cables that need to withstand harsh environments for a long time.
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3. High Strength
Oxygen-free copper features high strength and excellent processing performance, capable of withstanding significant mechanical stress, making it suitable for manufacturing various structural and connecting components.
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4. Excellent thermal conductivity
Oxygen-free copper has outstanding thermal conductivity. When oxygen-free copper is used in heat sinks, the thermal conductivity efficiency can be increased by 25%
Frequently Asked Questions
Q: What is the electrical conductivity of oxygen-free copper?
Oxygen-free copper features an exceptionally high electrical conductivity that reaches 100% IACS (International Annealed Copper Standard), making it ideal for high-efficiency electrical transmission applications.
Q: How does oxygen-free copper perform in corrosive environments?
It has outstanding corrosion resistance. Salt spray tests show that oxygen-free copper's corrosion resistance is three times stronger than that of standard copper, ensuring a long life span in harsh environments like submarine cables.
Q: Why is oxygen-free copper preferred for heat dissipation?
Due to its excellent thermal conductivity, using oxygen-free copper in heat sinks can improve the thermal conductivity efficiency by up to 25% compared to conventional materials.
Q: Can oxygen-free copper be used in structural components?
Yes, because it combines high strength with excellent processing performance, allowing it to withstand significant mechanical stress and making it highly suitable for structural and connecting components.
Q: What products in the electronics industry are made of oxygen-free copper?
It is commonly manufactured into plates, strips, and wires used for producing batteries, motors, wires, cables, transistor components, microwave tubes, and tachronic tubes.






