Lebronze alloys has a long history of producing components for asyncrhonous motors and electricity generators. We provide materials and components solutions for applications demanding high mechancial resistance together with high conductivity due to high copper content.
Lebronze alloys offers multiple materials solutions, in addition to its forging expertise for electric mobiliy, electricity motors and renewable energies leading to CO2 emissions reduction.
Wind turbines: we provide various components in copper alloys and steel. Our materials mechanical and corrosion resistance performances contribute to reduce the maintnenance costs by minimzing maintenance cycles.
Motors: we offer pure-copper or special copper alloy that can be forged into rotor short-circuit end rings, rotor bars and shafts. Copper-based alloys can be hardened or forged to combine very high conductivity with high reliability.
Use cases : Mobility, industrial electricity motors, railway motors, windmills gears, brakes,slip rings.
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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NS5 | CuNi2Si | - | - | CW111C, 2.0855, DIN 1756 EN 12163, EN 12167, EN 12420, EN 12165 |
DTD 498, NFL 14701 |
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Niclafor® 1000 | CuNi9Sn6 | C72700 |
- | - | - | ||
NS30 Automotive | CuNi7Si2Cr1 | - | - | - | - | ||
CRM16 | CuCr1Zr | C18000-C18150 |
- | CA184, CC102, CW106C, WN 2.1293 EN 12163,EN 12165,EN 12420,EN 12167 CW106C,CW105C |
DIN 17666, DIN 17672, DIN 44759 ISO 5182 A2/2 and A2/3 AWS J1.3, RWMA class 2 |
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CU/A1 | Cu-ETP | C11000 |
ASTM B 152 |
EN 12420 - CW004A |
- |
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CU/C2 | Cu-OFE | - | - | - | - |
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HT32 | CuZn26Al5Mn3Fe2 | - | - | - | - |
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X133 | CuZn25Al6Mn5Fe4 | - | - | - | - |
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ZA9 | CuZn19Al6MnFe | - | - | - | ASNA 3402 - NFL 14701 |
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NC4 | CuAl10Ni5Fe4 | C63000 |
AMS 4640 ASTM B124 ASTM B150 ASTM B171 |
CW307G, 2.0966, EN 12420, EN 12163, EN 12165, EN 12167 |
NFL 14705 |