2011年6月26日星期日

Cerium Oxide

Cerium oxide/ceria  
Molecular Formula: CeO2
CAS No.: 1306-38-3
Appearance: Light yellow powder
 
Chemical Properties:   
 Value      Standard     Testing Method
TREO%:      99.9       >99         GB/T 14635.2
CeO2/TREO%:      99.95      >99.9        GB/T 20166.1      
La2O 3/TREO%:      0.0051     <0.01        ICP
Pr6O 11/TREO%:      0.0026     <0.01        ICP
Other Rare Earth:      0.01       <0.05        ICP
Fe2O3  max %:      0.004      <0.01        ICP
SiO2   max %:      0.005      <0.05        ICP
PbO   max %:      0.004      <0.01        ICP
CaO   max %:      0.015      <0.05        ICP
 
Pysical Properties:    
Particle size distribution: Value      Standard       Testing Method
  D10:                   0.2701um                 Horiba LA-920
D50:                   1.0179um                 Horiba LA-920
D90:                   2.1819um                 Horiba LA-920
D100:                  4.4720um                 Horiba LA-920
Specific Surface Area:     2.88m2/g      1-5         Specific Surface Area detector
  PH value:               7            7-9          PH test paper
 
Usages:
1. For glass industry additives, for plate glass polishing materials,
has been extended to optical glass, optical lens, tube grinding,
bleaching, clear, glass UV absorption lines and the role of electronic
2. For anti-reflective glasses lenses agent, and CE CE made of titanium
yellow to pale yellow glass
3. Used in ceramic glazes and electronics industry, as agents penetrate
the piezoelectric ceramic
4. For the manufacture of high-activity catalyst, gas mask incandescent
lights, X-ray with the screen
 


Resource:

http://www.ecvv.com/   is an innovative and comprehensive business portal in China, dedicated to saving costs for Chinese SMEs to find buyers and export to overseas markets.

<a href="http://www.ecvv.com">www.ecvv.com</a> is an innovative and comprehensive business portal in China, dedicated to saving costs for Chinese SMEs to find buyers and export to overseas markets.

标签: ,

0 条评论:

发表评论

订阅 博文评论 [Atom]

<< 主页