Nominal diameter | Electrical resistance, μΩ * m (no more) The electrode/Nipple |
Bending strength, MPa (max.) The electrode/Nipple |
Young's modulus, GPa (no more) The electrode/Nipple |
Volume density, g/cm3 (not less) The electrode/Nipple |
Thermal coefficient of linear expansion (100 - 600 °C), x 10-6/℃ (no more) The electrode/Nipple |
Ash content, % (max) |
---|---|---|---|---|---|---|
75-130 мм |
Electrical resistance, μΩ * m (no more) 8,5/8,0The electrode/Nipple: |
Bending strength, MPa (max.) 10,0/14,0The electrode/Nipple: |
Young's modulus, GPa (no more) 9,3/14,0The electrode/Nipple: |
Volume density, g/cm3 (not less) 1,58/1,70The electrode/Nipple: |
Thermal coefficient of linear expansion (100 - 600 °C), x 10-6/℃ (no more) 2,9/2,7The electrode/Nipple: |
Ash content, % (max): 0,5 |
150-200 мм |
Electrical resistance, μΩ * m (no more) 9,0/8,0The electrode/Nipple: |
Bending strength, MPa (max.) 10,0/14,0The electrode/Nipple: |
Young's modulus, GPa (no more) 9,3/14,0The electrode/Nipple: |
Volume density, g/cm3 (not less) 1,54/1,70The electrode/Nipple: |
Thermal coefficient of linear expansion (100 - 600 °C), x 10-6/℃ (no more) 2,9/2,7The electrode/Nipple: |
Ash content, % (max): 0,5 |
250-300 мм |
Electrical resistance, μΩ * m (no more) 9,0/8,0The electrode/Nipple: |
Bending strength, MPa (max.) 8,0/14,0The electrode/Nipple: |
Young's modulus, GPa (no more) 9,3/14,0The electrode/Nipple: |
Volume density, g/cm3 (not less) 1,53/1,70The electrode/Nipple: |
Thermal coefficient of linear expansion (100 - 600 °C), x 10-6/℃ (no more) 2,9/2,8The electrode/Nipple: |
Ash content, % (max): 0,5 |
350 мм |
Electrical resistance, μΩ * m (no more) 9,0/8,0The electrode/Nipple: |
Bending strength, MPa (max.) 7,0/14,0The electrode/Nipple: |
Young's modulus, GPa (no more) 9,3/14,0The electrode/Nipple: |
Volume density, g/cm3 (not less) 1,53/1,70The electrode/Nipple: |
Thermal coefficient of linear expansion (100 - 600 °C), x 10-6/℃ (no more) 2,9/2,8The electrode/Nipple: |
Ash content, % (max): 0,5 |
400/500 мм |
Electrical resistance, μΩ * m (no more) 9,0/8,0The electrode/Nipple: |
Bending strength, MPa (max.) 7,0/14,0The electrode/Nipple: |
Young's modulus, GPa (no more) 9,3/14,0The electrode/Nipple: |
Volume density, g/cm3 (not less) 1,53/1,70The electrode/Nipple: |
Thermal coefficient of linear expansion (100 - 600 °C), x 10-6/℃ (no more) 2,9/2,8The electrode/Nipple: |
Ash content, % (max): 0,5 |
450 мм |
Electrical resistance, μΩ * m (no more) 9,0/8,0The electrode/Nipple: |
Bending strength, MPa (max.) 7,0/14,0The electrode/Nipple: |
Young's modulus, GPa (no more) 9,3/14,0The electrode/Nipple: |
Volume density, g/cm3 (not less) 1,53/1,70The electrode/Nipple: |
Thermal coefficient of linear expansion (100 - 600 °C), x 10-6/℃ (no more) 2,9/2,8The electrode/Nipple: |
Ash content, % (max): 0,5 |
450 мм |
Electrical resistance, μΩ * m (no more) 9,0/8,0The electrode/Nipple: |
Bending strength, MPa (max.) 7,0/14,0The electrode/Nipple: |
Young's modulus, GPa (no more) 9,3/14,0The electrode/Nipple: |
Volume density, g/cm3 (not less) 1,53/1,70The electrode/Nipple: |
Thermal coefficient of linear expansion (100 - 600 °C), x 10-6/℃ (no more) 2,9/2,8The electrode/Nipple: |
Ash content, % (max): 0,5 |