Material Hub > Materials
Materials
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category Austenitic stainless steeldensity –electrical conductivity –
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category Titanium alloydensity –electrical conductivity –
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category light metalsdensity 2.7 g/cm³electrical conductivity 34 – 36 m/(Ω*mm²)
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category light metalsdensity 2.85 g/cm³electrical conductivity 18 – 22 m/(Ω*mm²)
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category light metalsdensity 2.85 g/cm³electrical conductivity 22 – 26 m/(Ω*mm²)
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category light metalsdensity 2.8 g/cm³electrical conductivity 18 – 28 m/(Ω*mm²)
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category light metalsdensity 2.7 g/cm³electrical conductivity 16 – 19 m/(Ω*mm²)
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category light metalsdensity 2.7 g/cm³electrical conductivity > 16 m/(Ω*mm²)
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category light metalsdensity 2.7 g/cm³electrical conductivity 20 – 23 m/(Ω*mm²)
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category light metalsdensity 2.7 g/cm³electrical conductivity 28 – 34 m/(Ω*mm²)
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category light metalsdensity 2.75 g/cm³electrical conductivity 24 – 32 m/(Ω*mm²)
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category light metalsdensity 2.8 g/cm³electrical conductivity > 21 m/(Ω*mm²)
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category light metalsdensity 2.8 g/cm³electrical conductivity 19 – 23 m/(Ω*mm²)
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category light metalsdensity 2.8 g/cm³electrical conductivity > 17 m/(Ω*mm²)
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category light metalsdensity 2.75 g/cm³electrical conductivity > 19 m/(Ω*mm²)
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Geschlossenzelliger Aluminiumschaum (pulvermetallurgisches Verfahren)
Fraunhofer IWU, Abteilung Leichtbau, Textiltechnologien und Circular Economy
category zellularer Werkstoffdensity 0.7 g/cm³electrical conductivity – -
Geschlossenzelliger Aluminiumschaum (schmelzmetallurgisches Verfahren)
Fraunhofer IWU, Abteilung Leichtbau, Textiltechnologien und Circular Economy
category zellularer Werkstoffdensity 0.25 g/cm³electrical conductivity – -
Offenzelliger Aluminiumschaum (schmelzmetallurgisches Verfahren)
Fraunhofer IWU, Abteilung Leichtbau, Textiltechnologien und Circular Economy
category zellularer Werkstoffdensity 0.16 g/cm³electrical conductivity – -
category structural steelsdensity –electrical conductivity –
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category structural steelsdensity –electrical conductivity –
