Alpha Calcined Alumina (40micron)

General Code: 31914

Alpha Calcined Alumina

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Alpha Calcined Alumina (40micron)

 

Alpha Calcined Alumina:

Phase Transformation: Alpha calcined alumina is a result of the calcination process that involves heating aluminum hydroxide or other aluminum compounds to a temperature range where they transform into the alpha phase of alumina (α-alumina). This phase transformation is associated with changes in crystalline structure and properties.


Properties: Alpha calcined alumina typically has higher hardness, greater abrasion resistance, and better thermal stability compared to other forms of alumina. It also possesses a higher density and is known for its refractory and abrasive properties.


Applications: This type of alumina is commonly used in refractories, ceramics, abrasive applications, and as a catalyst support due to its high thermal stability and mechanical strength.


  • Room (25-40C)
  • 60 Months from manufacturing or testing date.
  • Please follow instruction under product info carefully.
  • Heat Tolerant
  • 0.00 - 0.00
  • Dispersible in water, Dispersible in oil, Dispersible in silicone
  • -
Test Name Specification
D50 (µm) 45.0 ± 5
D90 (µm) < 75
Specific Surface Area (m²/g) < 0.4
Na2O (%) ≤ 0.1
EC (µS/cm) ≤ 100
Specific Gravity 3.93
Moisture Content (%) ≤ 0.3
α-Al2O3 Content (%) ≥ 99.6

Alpha Calcined Alumina (40micron)

Alpha Calcined Alumina

Alpha Calcined Alumina (40micron)

 

Alpha Calcined Alumina:

Phase Transformation: Alpha calcined alumina is a result of the calcination process that involves heating aluminum hydroxide or other aluminum compounds to a temperature range where they transform into the alpha phase of alumina (α-alumina). This phase transformation is associated with changes in crystalline structure and properties.


Properties: Alpha calcined alumina typically has higher hardness, greater abrasion resistance, and better thermal stability compared to other forms of alumina. It also possesses a higher density and is known for its refractory and abrasive properties.


Applications: This type of alumina is commonly used in refractories, ceramics, abrasive applications, and as a catalyst support due to its high thermal stability and mechanical strength.

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