Decaborane (CAS 17702-41-9) is a boron hydride and an important member of the borane family, while Decaborane(14) 10B (CAS 488806-75-3) is a boron-10 enriched form designed for applications where isotopic enrichment is required. Both products are relevant to specialized research involving boron chemistry, boron-containing materials, and advanced chemical synthesis.
UCHEM supplies both conventional Decaborane and 95% Decaborane(14) 10B, providing customers with different options according to their research and material requirements.
What Is Decaborane?
Decaborane is a boron-rich hydride with a characteristic cage structure. Its high boron content and distinctive molecular architecture make it a useful compound in borane and boron-cluster chemistry.
Because of these structural characteristics, Decaborane is used as a starting material, research reagent, or boron-containing building block in specialized chemical research. It is particularly relevant to studies involving boron compounds, cluster chemistry, organic synthesis, and advanced materials.
Decaborane CAS:17702-41-9 is therefore an important research chemical for laboratories and R&D organizations working with boron-based chemistry.
Decaborane vs. 10B Decaborane
The key distinction between the two products is the boron isotope composition.
This distinction is particularly important when selecting a material for isotope-sensitive research. Researchers can choose conventional Decaborane for general boron chemistry or 10B-enriched Decaborane when the project specifically requires an enriched boron isotope.
Applications of Decaborane and 10B Decaborane
Decaborane compounds have applications in several specialized research areas.
Boron Chemistry
Decaborane is an important compound for studying boron hydrides, boron clusters, and related boron-containing molecular systems.
Organic and Inorganic Synthesis
Its boron-rich structure makes Decaborane relevant to the preparation and investigation of specialized boron-containing compounds.
Advanced Materials Research
Boron-containing molecular structures are studied in the development of functional and advanced materials, making Decaborane relevant to materials chemistry and R&D.
Isotope-Related Research
For applications requiring enriched boron, 10B Decaborane CAS:488806-75-3 provides a specialized material containing enriched boron-10.
The appropriate product should be selected according to the required isotope composition, specification, and intended research application.
Why Source Decaborane from UCHEM?
UCHEM supplies Decaborane CAS:17702-41-9 and 95% Decaborane(14) 10B CAS:488806-75-3, supporting customers with different requirements in boron chemistry and specialized research.
We can provide product information, specifications, quotations, and supply arrangements for laboratory, R&D, and bulk purchasing requirements.
For customers searching for a Decaborane manufacturer, Decaborane supplier, 10B Decaborane supplier, or boron-10 enriched Decaborane, UCHEM offers a convenient sourcing option for these specialized boron compounds.
Conclusion
Decaborane CAS:17702-41-9 and 10B Decaborane CAS:488806-75-3 belong to the same boron-rich chemical family but serve different sourcing requirements. Conventional Decaborane is suitable for general borane and boron-cluster research, while 10B-enriched Decaborane is intended for applications where enriched boron-10 is required.
UCHEM supplies both products for customers involved in boron chemistry, chemical synthesis, advanced materials research, and specialized isotope-related applications.
Contact UCHEM for Decaborane CAS:17702-41-9 and 95% Decaborane(14) 10B CAS:488806-75-3 supply, specifications, and quotation.
