The nano-zirconia dispersion exhibits a
dispersed state of a single nanoparticle, exhibits a nano-effect, and improves
the performance of the product. Solve the problem of decentralization.
The nano-zirconia dispersion reaches a
monodispersed state, and after being in contact with the surface of other
materials, the chemical bond is integrated, and has extremely high stability,
greatly improving the properties of washing resistance, abrasion resistance,
antibacterial, etc., thereby exerting the function of the nano material.
Technical indicators:
|
Model
|
JL-ZrO2-001
|
|
Exterior
|
White liquid
|
|
The average
particle size
|
20nm
|
|
Content
|
30%
|
|
Dry
basis purity
|
99.9%
|
|
Ferric
oxide (Fe2O3)
|
≤0.003%
|
|
Silica
(SiO2)
|
≤0.02%
|
|
Titanium
dioxide (TiO2)
|
≤0.001
%
|
|
Al2O3
(Al2O3)
|
≤0.02%
|
|
Sodium
oxide (Na2O)
|
≤0.001%
|
|
Calcium
oxide (CaO)
|
≤0.002%
|
Solvent: dispersible aqueous solution,
ethanol, alcohols, esters, organic solvents such as DMF.
Application range:
1. Polishing solution.
2. Functional ceramics, structural
ceramics: electronic ceramics, bioceramics, sensor ceramics, magnetic
materials, etc.;
3. Piezoelectric element. Oxygen
resistance. Large capacity capacitor.
4. Artificial gemstones, abrasive
materials. Functional coating materials: added to the coating to have
anti-corrosion, anti-bacterial effect, improve wear resistance.
5. Nano-zirconia is used for refractory
materials: electronic ceramic burning support pad, fused glass, metallurgical
metal refractory.
6. Nano-zirconia improves the toughness,
surface finish and ceramic density of ceramic structural parts.
|
