READE.COM arrow Products, Categorized arrow Oxides, Metallic, Powders arrow Aluminum Oxide Powder
 
  
  Larger font Smaller font Reset font
  
Aluminum Oxide Powder Print E-mail
  • Aluminum Oxide Formula:

            Al2O3
  • Aluminum Oxide Description:

A fused chemically stable compound that is resistant to most acids as well as chemical effects caused by gases.

  • Aluminum Oxide Typical Chemical Properties Available:

a) Purities available from 95% (industrial grade) to 99.999% (high purity grade)
b) Product is also available to MIL-A-22262B

  • Aluminum Oxide Typical Physical Properties Available:

Sintered pieces, targets, single crystals, tumbling media (1 1/2" x 2" down to 24 x 240 mesh), coarse grit, hollow bubbles, fine powder, in a colloidal dispersion, and nanoparticles

  • Aluminum Oxide Nominal Physical Constants:
Molecular Weight (g/mol.) 000
Apparent Density (g/cm3) 3.4- 3.9
Bulk Density (g/cm3)  
Melting Point (°C) 2072
Boiling Point (°C) 2980
Specific Surface Area (m2/g)  
Thermal Conductivity (cal/s-cm-°C) 1500- 1900
Mohs Hardness @20°C 9.0
Particle Shape irregular & sharp edged
Specific Gravity 3.78- 3.94
Apparent Porosity 2.5- 3.94
pH 7.0- 9.5

aluminum oxide, al2o3, alumina fused, fume, abrasive, grit, aluminum oxide, al2o3, alumina fused, fume, abrasive, grit, aluminum oxide, al2o3, alumina fused, fume, abrasive, grit

  • Aluminum Oxide Typical Applications:

Abrasive applications, blasting applications, lapping & polishing compounds, and fillers

  • Aluminum Oxide Typical Packaging:

50 lbs. bags, poly-lined fiber drums and bulk bags

  • Aluminum Oxide TSCA (SARA Title III) Status:

Yes

  • Aluminum Oxide CAS Number:

1344-28-1

 
< Prev   Next >







Contact READE




Global Telephone Contact Numbers:

East Coast (USA): +1-401-433-7000 /  West Coast (USA): +1-775-352-1000 / Latino América: +00507-314-1282

All contents copyrighted © 1995- 2006 by: Reade Advanced Materials. All rights reserved.

To report problems with this site, send your e-mail to: webmaster@reade.com

Updated: Every Single Day!








Page was generated in 0.938699 seconds