Decaborane is a boron hydride compound characterized by its high boron content and unique cluster structure, making it an important material in boron chemistry, nuclear science, and advanced materials research. Decaborane (CAS 17702-41-9) and Decaborane(14) 10B (CAS 488806-75-3) share the same chemical framework, with the primary difference being the boron isotopic composition.
Natural isotopic decaborane is widely used as a precursor in boron hydride chemistry, cluster compound synthesis, and the preparation of functional boron-containing materials. It is also applied in fundamental research involving boron clusters, reaction mechanisms, and materials modification.
Decaborane(14) 10B contains a significantly higher proportion of the boron-10 isotope, which is essential for neutron capture reactions. This makes it especially valuable for boron neutron capture therapy (BNCT) research, radiopharmaceutical development, and nuclear medicine studies that require efficient neutron absorption and precise boron delivery.
In typical research workflows, natural decaborane is often selected for early-stage synthesis development, process optimization, and feasibility studies. Once experimental conditions are established, ¹⁰B-enriched decaborane is introduced for neutron irradiation experiments and clinically oriented research. This stepwise approach ensures scientific consistency while optimizing research costs.
UCHEM supplies both Decaborane (CAS 17702-41-9) and Decaborane(14) 10B (CAS 488806-75-3) in stock with fast delivery.
