ZIRCONIUM DIBORIDE

Our constant push for improved safety and efficiency in nuclear environments has led us to explore novel materials for neutron shielding rods. Zirconium Diboride (ZrB2) emerges as a potential candidate when combined with the established champion, Boron Carbide (B4C). ZrB2-B4C composites offer several advantages:

Enhanced Shielding at High Temperatures: ZrB2's exceptional thermal stability allows the composite to function effectively even under extreme reactor conditions, where traditional materials might degrade.
Improved Mechanical Strength: The robust structure of ZrB2 can help mitigate the brittleness of B4C, creating a more durable composite rod with better resistance to mechanical stress.
Efficient Heat Management: : The high thermal conductivity of both ZrB2 and B4C contributes to efficient heat dissipation from neutron capture within the composite.

Unmatched Results delivered-with Precision

Download the catalogues for additional information, or contact us to discuss your boron carbide needs.