Boron Carbide is Neutron Absorbing Material for Nuclear Reactors
Boron Carbide is Neutron Absorbing Material for Nuclear Reactors
Boron Carbide is Neutron Absorbing Material is produced by high temperature smelting boric aid and carbon materails in electric furnaces.
Boron Carbide Chemical Composition(%) | ||
B % | 78-81 | |
C% | 17-22 | |
Fe2O3% | 0.2-0.4 | |
B4C% | 97-99 | |
Boron Carbide Physical Properties | ||
Color | Black | |
Molecular Formula | B4C | |
Density & phase | 2.52g/cm3 Solid | |
Solubility In Water | Insoluble | |
Melting Point | 2450°C | |
Boiling point | 3500°C | |
Crystal Structure | Rhombohedral | |
Mohs Hardness | 9.6 | |
Micro Hardness | 4950kgf/mm2 | |
Boron carbide Application Neutron Absorbing Material for Nuclear Reactors
1.Application of B4C in national defense industry
2. For Nuclear Industry
3. For Refractories Industry
4. For Other Engineering Ceramic Materials
5. For Normal Industry Fields
6. Application of B4C on Electrical Property
7. Application of B4C as Chemical Material
| B4C powder avaliable size | |
| Section sand | 60-150# 80-120# 40-120# |
| grit size sand | 40#46#54#60#70#80#90#100#120#150#180#220# |
| macropowder | -325# -200# -10um -20um |
| micropowder | F230F240F280F320F360F400F500F600F800F1000F1200F1500F2500 |
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