Yttria Stabilized Zro2 Zirconia Crucible

China Yttria Stabilized Zro2 Zirconia Crucible, Find details about China High Zirconia (Yttria-Stabilized) Crucibles, Ysz Crucibles from Yttria Stabilized Zro2 Zirconia Crucible

Model NO.
GT-047
Application
Thermal Analysis or Firing
Feature
Long Time Materials
Refractoriness (℃)
Refractoriness> 2000
Material
Zirconia
Trademark
shangtao
Specification
Rohs
Origin
Shanghai, China
HS Code
6091900000
Model NO.
GT-047
Application
Thermal Analysis or Firing
Feature
Long Time Materials
Refractoriness (℃)
Refractoriness> 2000
Material
Zirconia
Trademark
shangtao
Specification
Rohs
Origin
Shanghai, China
HS Code
6091900000
Gongtao company can make various crucibles and saggers made of high alumina, with different shapes. And we can also custom based on the requirement.

Series:
Alumina ceramic crucible
Corundum ceramic crucible
Arc alumina crucibles(high form alumina crucibles)
Cylindrical alumina ceramic crucibles
Rectangular crucibles
Special shaped crucibles
Alumina saggers
Zirconia crucible
Mgo crucible

Purpose: Main purpose of crucible and sagger is as a container for analysis and firing of material and product applied in various industries. For example: Analysis of coal, melting of the metal, analysis and firing of chemical raw materials, analysis and melting of glass, analysis and firing of rare earth materials and mineral, firing of high temperature items such as ceramic products and melting of single-crystal raw materials.

Use: Under normal circumstances, firstly put the items which need to be analyzed and fired into the crucible or sagger. Then heat. The speed of heating and drop in temperature are according to the characteristics of equipment and products, fast or slow. Because of the thermal expansion of raw material which the crucibles and saggers are made of, too quick heating or cooling will easily lead to cracking of the crucibles and saggers. The best way is slowing down, which can prolong the life of them.
ItemTesting conditionUnitZirconia
Bulk density
g/cm 36
Flexural Strength
N/m 2 ×10 311
Coefficient of linear expansion20~800°C×10 -6 /°C9.5
Bulk density resistance100°CΩ@Cm>10 12
Bending strength
Mpa950
Thermal conductivity20°CW/m@k3
Breaking tenacity
Mpa@m1/26-8
Highest temperature resistance
°C2300
Wear-resistance propertyExcellent

ITEM NO.
SPECIFICATION  m/m
OD ON TOP
OD AT BOTTOM
HEIGHT
THICKNESS
2001
25
15
28
1.3
2002
29
18
34
1.5
2003
32
23
33
1.5
2004
36
23
41
1.7
2005
36
25
42
1.7
2006
38
25
45
1.7
2007
45
30
46
2
2008
48
30
52
2
2009
58
33
66
2
2010
58
35
68
2
2011
67
42
78
2.5
2012
73
44
86
2.5
2013
79
46
96
2.5
2014
83
50
106
2.5
2015
91
56
108
2.5
2016
100
60
118
3