Shanghai Yunsong Chemical Co., Ltd.
Shanghai Yunsong Chemical Co., Ltd.
  • Boride
  • Boride
  • Boride
  • Boride

Boride

Boride compounds are a class of crucial inorganic compounds in modern material science and industrial manufacturing. Valued for their unique boron-containing framework and excellent high-temperature stability combined with superior hardness and wear resistance, they are primarily employed as a core component and key structural motif in the production of refractory materials, hard coatings, and advanced structural components. This makes them indispensable for the development of high-performance materials with aerospace, metallurgical, cutting tool, and electronic industry value.

Our portfolio offers high-quality boride compounds, along with their specialized derivatives such as metal borides, metalloid borides, and refractory borides, to meet diverse research and manufacturing needs. We ensure high purity, reliable batch-to-batch consistency, and expert technical support, serving the aerospace, metallurgical, cutting tool, and electronic material industries. For specialized requirements, our custom synthesis services can develop tailored solutions to accelerate your R&D and manufacturing processes, leveraging advanced synthesis technologies to deliver high-performance products aligned with your specific applications.

Specification of Boride


NameCAS NumberMolecular FormulaChemical Structure
Titanium diboride12045-63-5TiB2Titanium diboride
Calcium hexaboride12007-99-7CaB6Calcium hexaboride
Zirconium diboride12045-64-6ZrB2Zirconium diboride
Hafnium diboride12007-23-7HfB2Hafnium diboride




Boride Mechanism of Action

  • Boride is a class of inorganic compounds composed of boron and a less electronegative element (typically a metal or metalloid).

  • It consists of a network structure formed by boron atoms covalently bonded to metal/metalloid atoms, exhibiting high hardness and excellent high-temperature stability.


Boride Are Key Precursors

01

Borides

Borides act as key building blocks for various advanced materials, including refractory ceramics, hard coatings, high-temperature structural components, and electronic devices. 

02

Borides

They are also used in developing aerospace materials and cutting tools.

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