|Resistivity* (Ohm mm2/m)||0.0268||0.0268|
|Electrical Conductivity* (% IACS)||64||64|
|Tensile Strength* (N/mm2)||< 172||> 207|
|Temperature Coefficient of Resistance (1/°C)||0.00404||0.00404|
* Data depend on coating conditions, degree of cold working and thermal treatments during manufacturing process
- Coating: Bare, Silver, Nickel, Tin, Gold
- Temper: Tempered or hard
- Single end conductors
- Stranded conductors
- Bunched conductors
- Concentric lay conductors
- Single end size ≥ 0.10 mm (AWG 38)
- Other diameters or special constructions are available
** Depending on material combination & construction
- LEONI Histral® H16 is a composite material, made up of an aluminum core, which has a copper coating, also known as copper-clad aluminum. This allows for the positive mechanical properties of copper to be combined with the very low net weight of aluminum. LEONI Histral® H16 lends itself extremely well to applications for which weight plays a crucial role while good electrical properties are also required. LEONI Histral® H16 boasts a material length per kilogram produced that exceeds that of copper by a factor of about 2.4, while it still attains 64 % of the conductivity provided by bare copper.
Aviation and automotive industry
Weight is of major importance for the construction of airplanes and automobiles. LEONI Histral® H16 is particularly suited for larger cross-sections here that can be employed for the transmission of power, where there is a significant weight reduction potential.
High-frequency (HF) technology / coaxial cables
In HF technology the so-called "skin effect“ (link to our article about "High-frequency (HF) technology") ensures that the current flow is restricted to a very thin layer situated on the surface of the conductor and that the overall resistance in the conductor is reduced. LEONI Histral® H16 has copper, which features good electrical, in the cladding only. The additional galvanic plating of the surface causes the skin effect to be optimized.
LEONI Histral® H16 features a resistivity lending itself well to shielding braids because high coverage can be achieved at a comparatively low weight. The fact that aluminum suffers from the drawback of having a poor contact resistance is largely offset by the copper cladding.
The combination of a relatively good resistance value with a rather low mechanical resilience suggest that LEONI Histral® H16 may well be used in all kinds of heating applications that are not exposed to a permanently varying level of stress.