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Materials
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category thermoplasticscompressive strength 37 MPathermal conductivity 0.3 W/(K*m)
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category thermoplasticscompressive strength 78 MPathermal conductivity 0.25 W/(K*m)
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category thermoplasticscompressive strength 60 MPathermal conductivity 0.25 W/(K*m)
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category thermoplasticscompressive strength 78 MPathermal conductivity 0.24 W/(K*m)
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category thermoplasticscompressive strength 118 MPathermal conductivity 0.24 W/(K*m)
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category thermoplasticscompressive strength 78 MPathermal conductivity 0.24 W/(K*m)
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category thermoplasticscompressive strength 60 MPathermal conductivity 0.25 W/(K*m)
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category thermoplasticscompressive strength 52 MPathermal conductivity 0.24 W/(K*m)
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category thermoplasticscompressive strength 61 MPathermal conductivity 0.24 W/(K*m)
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category thermoplasticscompressive strength 100 MPathermal conductivity 0.6 W/(K*m)
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Offenzelliger Aluminiumschaum (schmelzmetallurgisches Verfahren)
Fraunhofer IWU, Abteilung Leichtbau, Textiltechnologien und Circular Economy
category zellularer Werkstoffcompressive strength 0.9 – 3 MPathermal conductivity 6 – 11 W/(m*K)
