Boron (B) Micron Powder – Amorphous (95+%, <1 µm)

Description

Boron (B) Micron Powder – Amorphous (95+%, <1 µm)

Chemical Information

• CAS Number: 7440-42-8

• Molecular Weight: 10.81 g/mol

• Melting Temperature: >2100 °C

Chemical Analysis

• Boron (B): >95.0%

• Magnesium (Mg): <1.5%

• Water Soluble Boron: <0.2%

• Moisture: <0.5%

• H₂O₂ Insoluble Content: <1.0%

Physical Properties

• Average Particle Size: <1.0 µm

• Specific Surface Area: >12 m²/g

• Bulk Density: 2.34 g/cm³

  Amorphous Boron (B) Micron Powder is a high-purity boron material with an average particle size below 1 micron, designed for advanced industrial, chemical, and energy-related applications. Owing to its amorphous structure, fine particle size, and high specific surface area, this boron powder exhibits enhanced reactivity compared to crystalline boron forms.

  With a boron content exceeding 95%, low moisture, and controlled impurity levels, this material is suitable for processes requiring high chemical activity, uniform dispersion, and reliable performance. Its fine morphology enables efficient interaction in solid-state reactions, energetic formulations, metallurgical processes, and functional material synthesis.

  The high melting temperature (>2100 °C) and excellent thermal stability further support its use in high-temperature environments and demanding processing conditions.

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  Applications

  • Energetic materials and propellants

  • Metallurgical additives and alloying applications

  • Chemical synthesis and boron-based compound production

  • Advanced ceramics and boride formation

  • Battery and energy-related research

  • Catalyst systems and reactive fillers

  • Specialty coatings and functional composites

  • Research & development in materials science

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  Product Features & Key Properties

  • Amorphous boron structure for enhanced chemical reactivity

  • Sub-micron particle size for improved dispersion and surface interaction

  • High specific surface area supporting fast reaction kinetics

  • High boron purity with controlled metallic and moisture impurities

  • Excellent thermal resistance and stability

  • Suitable for both industrial-scale use and laboratory research