Typical applications:
• Ideal for magnet windings, ensuring exceptional performance and durability.
• Essential in the production of semiconductor components, providing reliability and efficiency.
• Perfect for electric motors, offering superior conductivity and longevity.
• Utilized in wave guide tubes, enhancing signal clarity and strength.
• Integral to induction furnaces, delivering high thermal efficiency.
• Widely used in electrical components, ensuring top-notch electrical performance.
• Key for switchgear applications, providing robust and secure electrical connections.
• Essential in generator materials, particularly in rotor and stator windings for optimal energy transfer and efficiency.
•
Other applications where high electrical and thermal
conductivity is needed
Products / shapes:
Available in diverse shapes such as profile tubes, round tubes, round rods, wire and strip coils,
rectangular bars, and solid profiles. Adhering to corresponding EN-norms, the specificity for each product includes:
different products are as follows:
•
EN 13600 - Copper and copper alloys. Seamless copper tubes tailored for precise electrical purposes.
Seamless copper tubes for electrical purposes.
•
EN 13601 - Copper and copper alloys. Copper rod, bar, and wire designed for versatile general electrical applications.
Copper rod, bar and wire for general electrical purposes.
•
EN 13605 - Copper and copper alloys. Engineered copper profiles and profiled wire for specialized electrical tasks.
Copper profiles and profiled wire for electrical purposes.
Alloy description
HHP COPPER oxygen-free copper is of remarkably high purity, boasting complete immunity against hydrogen embrittlement.
Ideal for applications demanding exceptional electrical and thermal conductivity, ensuring seamless performance.
where high electrical and thermal conductivity are the essential
This versatile copper can be joined using all welding and brazing methods, offering unrivaled adaptability.
Adapted for manufacturing processes that require extreme deformability, this material stands as the pinnacle of versatility.
deformability