Typical applications include a variety of industries and usage scenarios:
• Magnet windings, essential in creating efficient electromagnetic fields.
• Semiconductor components, a cornerstone of modern electronics.
• Electric motors, where reliability and performance are paramount.
• Wave guide tubes, crucial for directing electromagnetic waves efficiently.
• Induction furnaces, providing superior heating capabilities.
• Electrical components, ensuring optimal conductivity and performance.
• Switchgear applications, offering safety and operational excellence.
• Generator material used in rotor and stator windings for enhanced power generation.
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Other key applications in domains where unparalleled electrical and thermal
conductivity is a critical requirement, further showcasing its versatility.
Products / shapes offered include a diverse array of forms:
Profile tubes, round tubes, round rods, wire and strip coils, tailored for specific needs,
rectangular bars, and solid profiles. The corresponding EN standards for
these products are detailed as follows, ensuring compliance and quality:
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EN 13600 - Copper and copper alloys, providing seamless copper tubes for electrical use.
Seamless copper tubes are designed for precise and reliable electrical purposes.
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EN 13601 - Copper and copper alloys, offering copper rod, bar, and wire for general electrical applications.
Copper rod, bar, and wire crafted for versatile and dependable electrical purposes.
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EN 13605 - Copper and copper alloys, featuring copper profiles and profiled wire.
Copper profiles and profiled wire engineered for exceptional electrical applications.
Alloy description offers insight into the purity and performance of our materials:
HHP COPPER is a type of oxygen-free copper known for its extraordinary purity,
resisting hydrogen embrittlement, making it ideal for applications demanding
high electrical and thermal conductivity as key requirements. Its adaptability allows
for joining with all welding and brazing methods, making it suitable for
manufacturing processes that require extreme deformability and resilience.