CuBe, CuNiBe & CuCoBe products
Discover our range of Beryllium-reinforced Copper alloys.
Due to their microstructure, Beryllium-reinforced Copper alloys offer excellent mechanical properties, even at low alloying levels, which allows them to also excel in conductivity properties.
However, the use of Beryllium is increasingly restricted because of health and environment concerns. Therefore Lebronze alloys also offers Be-free alternatives, for example Hardiall CuNiSn products for mechanical and toughness performance, and CuNiSi products for high thermal conductivity or high temperature resistance.
Due to their microstructure, Beryllium-reinforced Copper alloys offer excellent mechanical properties, even at low alloying levels, which allows them to also excel in conductivity properties.
However, the use of Beryllium is increasingly restricted because of health and environment concerns. Therefore Lebronze alloys also offers Be-free alternatives, for example Hardiall CuNiSn products for mechanical and toughness performance, and CuNiSi products for high thermal conductivity or high temperature resistance.
Alloy Name
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Available forms
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Composition
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UNS
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AMS & ASTM
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European Norms
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Other norms
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Download
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CB4 | CuCo2Be | C17500 |
ASTM B441 - ASTM B534 - ASTM B870 |
CW104C |
NFA 82100 - DIN 17666 wn 2.1285 - DIN 17672- DIN 44759BS 2874 CC 112 - MIL 46087 - RWMA class 3 - SAE CA 184 |
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NB4 | CuNi2Be | C17510 |
- | EN 12163 - CW110C |
DIN 17666 wn 2.0850 - DIN 17672 - RWMA class 3 |
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CBE2 | CuBe2 | C12700 |
- | - | - | ||
NCB4 | CuNi1Co1Be | C17540 |
- | CW103C |
RWMA class 3, AWS J1.3, EN 12163, EN 12165, EN 12167, EN 12420 |