Model |
Appearance |
crystalline phase |
Primary particle sizenm |
ZrO2 Content% |
Y2O3 Content% |
specific surface aream2/g |
characteristics and applications |
R50 |
White powder |
Monoclinic phase |
20-40 |
99.9 |
0 |
10-30 |
High purity, anticorrosive coating, military industry, national defense |
R200 |
White powder |
Monoclinic phase |
200 |
99.9 |
0 |
8-10 |
Ceramic coating, high temperature coating, refractory materials |
R50Y3
|
White powder |
Tetragonal phase |
20-40 |
94.7 |
3Y/3mol 5.3
|
10-30 |
Dental porcelain block, other ceramic, thermal barrier coating spray coating |
R50Y5
|
White powder |
Tetragonal phase |
20-40 |
91.5 |
5Y/5mol 8.5 |
10-30 |
Structural ceramics, electronic ceramics, bioceramics and others |
R50Y8
|
White powder |
Cubic phase |
20-40 |
86.5 |
8Y/8mol 13.5 |
10-30 |
Functional ceramics, oxygen sensing, fuel cell |
R200Y3
|
White powder |
Tetragonal phase |
200 |
94.7 |
3Y/3mol 5.3
|
8-10 |
Tool ceramics, thermal barrier coating, spray coating
|
R200Y5
|
White powder |
Tetragonal phase |
200 |
91.5 |
5Y/5mol 8.5 |
8-10 |
Structural ceramics, electronic ceramics, bioceramics and others
|
R200Y8
|
White powder |
Cubic phase |
20-40 |
86.5 |
8Y/8mol 13.5 |
10-30 |
functional ceramics |
R50Y3W |
White slurry |
Tetragonal phase/Monoclinic phase |
20-40 |
40 |
--- |
--- |
Solvent: water For ceramic coating |
R50Y3C |
White slurry |
Tetragonal phase/Monoclinic phase |
20-40 |
40 |
--- |
--- |
Solvent:Alcohols, PMA and other organic solvents For ceramic coating |