2016年8月7日星期日

Low Hf content high pure 99.95% 3N5 Zirconium sputtering target Zr target

Zirconium Sputtering target (Zr Sputtering Target) Zr702 Zr705




Zirconium Sputtering target (ZrSputtering Target) Zr702 Zr705
Zirconium (Zr) is a silver metal with a density of 6.52 g/cm3. Zr has a very small neutron adsorption cross-section and relatively high melting point (1855 °C or 3371 °F), making zirconium a great material for nuclear power rods. Zirconium sponge and crystal bars are the raw materials to make sputtering targets. Although Zr sponge is cheap and has low purity, it contains a high oxygen content. Zirconium crystal bars have a higher cost and purity, making them ideal materials for sputtering targets.
Both Zr and Hf can be applied in nuclear industries. However, they have different properties in neutron capture. Although they have a lot similar properties, they need to be separated using the liquid extraction method or distillation of molten salt. We provide two grades of high purity zirconium targets: low hafnium (250ppm, or 0.025%) and high hafnium.
vailable grades:
Zirconium 702 (pure grade)
Zirconium 704 (Zr - Tin)
Zirconium 705 (Zr - Nb)
 
Surface:
Precisely machined / ground, shinny bright surface
Roughness Ra 1.6, 0.8
 
Forms of zirconium target:
Circular / planar / tubular
Custom-made form as per drawing
Applications:
• Used in nuclear industries.
Typical impurity content of our high purity zirconium
B0.07Ti36Mo3.7
F1.7V0.13Rh<0.5
Na0.3Cr3.4Pd<5
Mg0.09Mn0.2In<0.05
Al48Fe51Sn16
Si35Co0.032Sb<0.5
P0.35Ni3.3Te<0.5
S16Cu0.16I<0.5
Cl1.6Zn0.28La<0.013
K0.25Br0.039Ce0.021
Ca0.33Sr0.009Pr0.036
Sc0.6Nb1.7Nd<0.05
Ga0.1Ge<0.05Sm<0.05
As<0.05Se<0.05Ta0.66
W1.3Re<0.05Os<0.05
Ir<0.05Pt<0.05Au<0.05
Pb0.96Bi0.28U1.1
*Contents of C, N and O is not available
*Concentrations of other metal elements are too low to be determined.
Packaging:
Our Zirconium sputtering targets are carefully handled to prevent damage during storage and transportation and to preserve the quality of our products in their original condition.
 


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