ZR0878 High Purity Zirconium Crystal Bar

Descriptions of High Purity Zirconium Crystal Bar

Zirconium crystal bar is a refined higher purity product comparing to normal Zr702 or other grades which are produced by vacuum melting. It is purified from coarse zirconium by the thermal decomposition process of iodide. Crystal zirconium has the lower hafnium content, as well as other impurities such as oxygen, carbon, etc.

Advanced Refractory Metals is a trusted supplier of zirconium crystal bar. We provide a wide range of zirconium metal products with competitive price and great delivery time.

Specifications of High Purity Zirconium Crystal Bar

Material	Zr crystal bar
Purity	99.95%
CAS Number	7440-67-7
Color	Silver
Shape	Diameter: 20~40mm

Typical impurity content of our high purity zirconium

B	0.07	Ti	36	Mo	3.7
F	1.7	V	0.13	Rh	<0>
Na	0.3	Cr	3.4	Pd	<5>
Mg	0.09	Mn	0.2	In	<0>
Al	48	Fe	51	Sn	16
Si	35	Co	0.032	Sb	<0>
P	0.35	Ni	3.3	Te	<0>
S	16	Cu	0.16	I	<0>
Cl	1.6	Zn	0.28	La	<0>
K	0.25	Br	0.039	Ce	0.021
Ca	0.33	Sr	0.009	Pr	0.036
Sc	0.6	Nb	1.7	Nd	<0>
Ga	0.1	Ge	<0>	Sm	<0>
As	<0>	Se	<0>	Ta	0.66
W	1.3	Re	<0>	Os	<0>
Ir	<0>	Pt	<0>	Au	<0>
Pb	0.96	Bi	0.28	U	1.1

* Contents of C, N, and O is not available
* Concentrations of other metal elements are too low to be determined.

Advanced Refractory Metals also provides 702, 705 Zr materials in forms of tubes, sheets, rods, wire, and customized shapes.

Applications of High Purity Zirconium Crystal Bar

The high purity of zirconium crystal bars is much better than that of normal zirconium sponges, making them [crystal bars] ideal additives for specific special alloys and materials in the process of creating high purity zirconium sputtering targets. Zirconium crystal bars were also used for commercial purposes before the magnesium reduction process was developed.

Packaging of High Purity Zirconium Crystal Bar

Our high purity zirconium crystal bars are carefully handled to minimize damage during storage and transportation and to preserve the quality of our products in their original condition.