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Material: Boron Nitride (BN), bulk

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Property↑↓Value↑↓Conditions↑↓Reference↑↓
Compressive strength0.2345 GPaCeramic,parallel to c axisCRC Materials Science and Engineering Handbook, p.419
Compressive strength0.3103 GPaCeramic,parallel to a axisCRC Materials Science and Engineering Handbook, p.419
Density3490 kg/m^3cubicCRC Materials Science and Engineering Handbook, p.50
Density3490 kg/m^3cubicCRC Materials Science and Engineering Handbook, p.50
Density2270 kg/m^3Hexagonal,Ceramic.CRC Materials Science and Engineering Handbook, p.50-52
Electrical resistivity1.7e+11 Ω*mCeramic,at temp=25 CCRC Materials Science and Engineering Handbook, p.565
Electrical resistivity2.3e+08 Ω*mCeramic,at temp=480 CCRC Materials Science and Engineering Handbook, p.565
Electrical resistivity310 Ω*mCeramic,at temp=1000 CCRC Materials Science and Engineering Handbook, p.565
Modulus of Rupture0.05021 .. 0.09103 GPaCeramic,parallel to c axis, at temp=25 CCRC Materials Science and Engineering Handbook, p.533
Modulus of Rupture0.04848 GPaCeramic,parallel to c axis, at temp=300 CCRC Materials Science and Engineering Handbook, p.533
Modulus of Rupture0.0131 GPaCeramic,parallel to c axis, at temp=700 CCRC Materials Science and Engineering Handbook, p.533
Modulus of Rupture0.007448 GPaCeramic,parallel to c axis, at temp=1000 CCRC Materials Science and Engineering Handbook, p.533
Modulus of Rupture0.008621 GPaCeramic,parallel to c axis, at temp=1500 CCRC Materials Science and Engineering Handbook, p.533
Modulus of Rupture0.010342 GPaCeramic,parallel to c axis, at temp=1800 CCRC Materials Science and Engineering Handbook, p.533
Modulus of Rupture0.0169 GPaCeramic,parallel to c axis, at temp=2000 CCRC Materials Science and Engineering Handbook, p.533
Modulus of Rupture0.1095 GPaCermic,parallel to a axis, at temp=25 CCRC Materials Science and Engineering Handbook, p.533
Modulus of Rupture0.1044 GPaCeramic,parallel to a axis, at temp=300 CCRC Materials Science and Engineering Handbook, p.533
Modulus of Rupture0.02648 GPaCeramic,parallel to a axis, at temp=700 CCRC Materials Science and Engineering Handbook, p.533
Modulus of Rupture0.01503 GPaCeramic,parallel to a axis, at temp=1000 CCRC Materials Science and Engineering Handbook, p.533
Tensile strength0.002413 GPaCeramic,at temp=1000 CCRC Materials Science and Engineering Handbook, p.405
Tensile strength0.002413 GPaCeramic,at temp=1500 CCRC Materials Science and Engineering Handbook, p.405
Tensile strength0.007931 GPaCeramic,at temp=1800 CCRC Materials Science and Engineering Handbook, p.405
Tensile strength0.01551 GPaCeramic,at temp=2000 CCRC Materials Science and Engineering Handbook, p.405
Tensile strength0.0469 GPaCeramic,at temp=2400 CCRC Materials Science and Engineering Handbook, p.405
Thermal conductivity28.72 W/m/KCeramic,parallel to c axis,at temp=300 C.CRC Materials Science and Engineering Handbook, p.280
Thermal conductivity27 W/m/KCeramic,parallel to c axis,at temp=700 C.CRC Materials Science and Engineering Handbook, p.280
Thermal conductivity26.63 W/m/KCeramic,parallel t c axis,at temp=1000 C.CRC Materials Science and Engineering Handbook, p.280
Young's Modulus33.864 GPaCeramic,at temp=23 C,parallel to c axisCRC Materials Science and Engineering Handbook, p.508
Young's Modulus23.924 GPaCeramic,at temp=300 C,parallel to c axisCRC Materials Science and Engineering Handbook, p.508
Young's Modulus3.512 GPaCeramic,at temp=700 C,parallel to c axisCRC Materials Science and Engineering Handbook, p.508
Young's Modulus85.945 GPaCeramic,at temp=23 C,parallel to a axisCRC Materials Science and Engineering Handbook, p.508
Young's Modulus10.606 GPaCeramic,at temp=700 C,parallel to a axisCRC Materials Science and Engineering Handbook, p.508
Young's Modulus11.367 GPaCeramic,at temp=1000 C,parallel to a axisCRC Materials Science and Engineering Handbook, p.508
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