Lebronze Alloys offers an extensive range of current sensing alloys and a unique mix of forms: wire, flat wire, sheet and strip with high stability of resistance over large range of temperature, for the automotive industry amongst others.
In the manufacturing of batteries for electrical vehicles, one crucial element is attaining superior power density at lower cost to be able to move electrical vehicles over long distances: our pure Nickel products are materials of choice for this, due to their low relative electrical resistance and strong corrosion resistance.
Our integrated manufacturing process allows us to provide superior metallurgical cleanliness: this property is crucial to ensure high electrical conductivity as well as a great ease of spot welding, and suitability to form cladded products such as battery pack connectors.
Lebronze alloys manufactures CuMn alloys with highly controlled resistivity and very low temperature dependency of resistivity. Our quality level even allows miniaturization for alloys with low resistivity grades and offers a very low electromotive force versus copper.
Those alloys are suitable for applications in demanding environments, for instance they are commonly used in electrical shunts in Battery Management Systems such as in Automotive (wire-drawing to 0.5mm) and Building (wire-drawing to 0.3-1mm)
Electrical vehicles require high electrical performance, especially in battery systems and at charging stations. Specialized in copper alloys, Lebronze alloys has developped a range of low-alloyed copper alloys for cables and connectors for high-performance battery applications, such as in Automotive, Aerospace and Railways.
Alloy Name
|
Available forms
|
Composition
|
UNS
|
European Norms
|
Other norms
|
Download
|
---|---|---|---|---|---|---|
Nickel 200 | NiMnSiC | N02200 |
- | DIN 17740 W n°2.4066 |
||
Nickel 201 | NiMnSiC | N02201 |
- | DIN 17740 W n° 2.4068 |
||
Nickel 206 | NiMnSiC | - | - | DIN 17740 W n°2.4060 |
||
Nickel 206A | NiMnSiC | - | - | - | ||
Nickel 206 BC |
-
|
NiMnSiC | - | - | - |
|
Nickel 206C | NiMnSiC | - | - | DIN 17740 W n°2.4061 |
||
Nickel 206T | Ni99 | - | - | - |
|
|
Niclal® 37 | CuMn10Ni4 | - | - | - | ||
Niclal® 38 | CuMn10Ni4 | - | - | - | ||
Niclal® 42 | CuMn12Ni4 | - | - | - | ||
Niclal® 43 | CuMn12Ni4 | - | - | - | ||
Niclal® 43A | CuMn12Ni | CuMn12Ni2 | - | - | - | ||
Hardiall® Precision Bars & Wires | CuNi15Sn8 | C72900 |
EN 12163 |
- |