High Purity Alumina Ceramic Powder
99.99% high purity composite alumina ceramic powder Simple Introduction for High Pure Aluminum Ceramic Oxide Powder: The high purity composite ceramic aluminum oxide powder produced by our professional factory is a ideal choice because of its high purity, low-temperature sintering, t...
99.99% high purity composite alumina ceramic powder
Simple Introduction for High Pure Aluminum Ceramic Oxide Powder:
The high purity composite ceramic aluminum oxide powder produced by our professional factory is a ideal choice because of its high purity, low-temperature sintering, the tiny uniform microstructure as well as the sintering density. The microstructure of ceramic powder has become sitallization and uniformity, meanwhile the bending strength of alumina ceramic materials has been enhance strongly on account of its low-temperature sintering.
Usage fields
HCAF-305 aluminum oxide ceramic powder is the basic powder of this kind products, which is put in the process of Low temperature phase inversion, edulcoration, dispersal, desiccation, homogeneity. It applies to the slip casting process manufacturing large scale, intricately shaped, thin-walled alumina ceramic material.
Due to the features of high purity, small and uniform particle size, spheroidal, HCAL-305 powder especially is used for making the Lithium battery ceramic diaphragm,so that it can improve effectively the mechanical capacity, resistance to elevated temperatures and safety performance of the battery.
HCAZ-305 composite aluminum ceramic powder is based on HCAF-305. The product process is that we put micromagnesium oxide and surface modifiers in the HCAF-305, and then puting them into the spray granulation process. It applies to dry pressing and isostatic pressing Alumina ceramic material.
Main Application Fields
|
Crystal Texture Transparency Mechanical Property High Strength Abrasive Resistance |
Technical parameters
|
Model |
HCAF-305 |
HCAL-305 |
HCAZ-305 |
|
|
shape |
round-likely roundness |
round-likely roundness |
round-likely roundness |
|
|
AL2O3(%) |
≥99.9 |
≥99.9 |
≥99.8 |
|
|
impurity content |
Na2O |
0.02 |
0.02 |
0.02 |
|
additive(%) |
MgO |
/ |
/ |
0.1 |
|
Dispersion of a particle size(μm) |
0.5 |
0.45 |
0.5 |
|
|
specific surface area(m2/g) |
7.0 |
7.5 |
7.0 |
|
|
average particle size(μm) |
/ |
/ |
150 |
|
|
apparent density(g/cm3) |
1.2 |
1.2 |
1.2 |
|
|
forming density(100Mpa.g/cm3) |
/ |
/ |
2.35 |
|
|
sintered density(1550℃.g/cm3) |
3.92 |
/ |
3.94 |
|
|
linear shrinkage ratio(%) |
/ |
/ |
17 |
|
|
Ignition loss rate(%) |
/ |
/ |
2.5 |
|
|
three-point bending strength(Mpa) |
/ |
/ |
450 |
|
| Grain Size Distribution ( μm ) |
Physical and chemical properties
| Dispersive electron micrograph | Sintered electron micrograph |
Compact density and sintering properties
| Body and sintering density | sintering curve | percentage of contraction |
|
Temperature℃ |
Product advantage
● Small particle size(D50): 0.5μm
● Powder purity: AI2O3 content 99.8% and over
● Low temperature easy sintering: 1500℃ sintering formed ceramics
● Sintered density: 3.94g/cm3 and over
● Ceramic purity: AI2O3 content 99.8% and over
● Ceramic crystal small、high toughness、high wear resistance
