Amorphous Boron, Purity 95%, Ultrafine Powder 0.8μm (D50)

Grade: Amorphous Boron (B90)
Weight: 500 grams
Sale price$256.00


Boron, positioned as the fifth element in group 13 of the periodic table, stands out as the only non-metallic and the smallest metalloid element. Our Amorphous Boron Powder, boasting a purity of 95% and an ultrafine powder size of 0.8μm (D50), emerges as a paramount substance for advanced applications.

Chemical Name: Boron
Chemical Formula: B
Molecular Weight: 10.81
CAS No.: 7440-42-8,
EINECS No.: 231-151-2
Specific Gravity: 2.35g/cm3
Melting Point: 2,160℃
Boiling Point: 2,550℃ (sublimation)



Grade / Typical Value

Amorphous Boron (B90)

Amorphous Boron (B95)


90% ~ 92%

95% ~ 97%

Magnesium (Mg)



Insolubles in H2O2



Water Soluble Boron



Particle Size (D50)

0.8 μm

0.8 μm


Net 500 Grams Vacuum Aluminum Foil Bag


Distinctive Features:

  1. High Purity: Comprising 95% pure amorphous boron, ensuring top-notch quality.
  2. Ultrafine Granularity: Granules at 0.8μm (D50), enabling exceptional uniformity and reactivity.
  3. Versatile Applications: Suitable across electronics, materials science, and industrial processes.
  4. Enhanced Performance: Exhibits remarkable properties, enhancing material characteristics.

Noteworthy Benefits:

  1. Precision Engineering: Tailored for industrial applications needing high-purity and ultrafine attributes.
  2. Improved Reactivity: Enhanced reactivity for catalysts and composite materials.
  3. Augmented Properties: Strength, conductivity, and thermal stability enhancements.
  4. Consistent Quality: Ensures reliability and repeatability in manufacturing.

Applications Across Industries:

  1. Electronics: Used in semiconductor manufacturing and electronic components due to its high purity.
  2. Material Science: Essential in creating advanced materials, composites, and aerospace alloys.
  3. Industrial Processes: Employed in processes needing high-purity, ultrafine boron.
  4. Engineered with precision, this high-purity, ultrafine boron powder is a catalyst for elevated performance across electronics, materials science, and industrial sectors, promising unparalleled reliability and innovation.

You may also like

Recently viewed