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TZ-3Y-E, TZ-3YB-E |
Partially-stabilized zirconia powder with uniform dispersion of 3 mol % yttria. TZ-3Y-E exhibits superior sintering properties and higher aging resistance at a lower sintering temperature of 1300¨¬C. Sintered bodies produced with TZ-3Y-E show a fine crystal grain structure resulting in greater improvements in strength, fracture toughness, as well as resistance to wear and aging. TZ-3Y-E has numerous applications including materials for industrial parts and everyday products. |
POWDER CHARACTERISTICS | TZ-3Y-E, TZ-3YB-E
|
Y2O3 (mol%) | 3 |
Actual Partical Size (µm)
| 0.04 (40nm)
|
Y2O3 (wt%) | 5.2 ¡¾ 0.5 |
HfO2 (wt %)
| < 5.0 |
Al2O3 (wt %) | 0.1 ~ 0.4
|
SiO2 (wt %) | ≦ 0.02
|
Fe2O3 (wt %) | ≦ 0.01
|
Na2O (wt %) | ≦ 0.04
|
Pigment (wt %) | - |
Specific Surface Area (m2/g) | 16 ¡¾ 3 |
| |
TYPICAL PROPERTIES OF SINTERED BODY | |
Density (g/cm3) | 6.05 |
Bending Strength R.T. (MPa)*1 | 1,200 |
Hardness (Hv 10)*2 | 1,250 |
*1: JIS R1601 (3-point bending test)
*2: JIS R1610 (loads: 98.07N)
*Above is typical data and not guaranteed
LEGEND FOR GRADE NADES
[Example]
TZ - 3Y - S - 20A - B E
I II III IV V
mol % of yttria, where "3Y" would be 3 mol% Y2O3
II : "S" for easy moldability grades
III : ATZ grades, where "20A" would be 20 wt% alumina
IV : binder grades, where "B" would be binder 3% grades, and "BC" would be binder 5% grades
V : "E" for easy sintering grades