99.99% Thermally conductive high purity alumina
Properties: The particle morphology is spherical, the particle distribution is uniform, the average particle size is 0.5um, and the thermal conductivity of alumina is 35W/(m·K).
Features: In the thermal conductive plastic, thermal conductive silicone rubber, the dispersion is very good, the distribution is uniform, and has a good thermal conductivity. According to different filling amounts, the thermal conductivity can reach 3-10W/mk.
Thermally conductive plastics, thermal conductive rubber, thermal adhesive, nylon thermal, thermal silicone rubber
Dosage: The recommended dosage is 1-10%. The user should determine the optimal dosage according to different systems.
|
Model |
Al2O3-A500 |
Al2O3- A1000 |
|
Crystal form |
α phase |
α phase |
|
Exterior |
White powder |
White powder |
|
Particle shape |
Spherical |
Spherical |
|
Molecular formula |
Al2O3 |
Al2O3 |
|
Content |
≥99.99 % |
≥99.99 % |
|
Particle size |
0.5μm |
1μm |
|
Specific surface area BET |
20 m2/g |
20 m2/g |
|
1. |
Nano γ alumina |
|
2. |
Nano α alumina |
|
3. |
Nano aluminum hydroxide |
|
4. |
Lithium battery nano-alumina |
|
5. |
Ceramic toughened nano-alumina |
|
6. |
Thermally conductive high purity alumina |
|
7. |
Polished nano-alumina |
|
8. |
Paint nano alumina |
|
9. |
Nano alumina dispersion |
|
10. |
Al 50nm 99.9% |
