Zirconium Crystal Bar

Zirconium Crystal Bar Typical Impurity Content

The levels of C, N, and O are unavailable, and the concentrations of other metal elements are too low to detect.

Element	Content (%)	Element	Content (%)	Element	Content (%)
B	0.07	Ti	36	Mo	3.7
F	1.7	V	0.13	Rh	<0.5
Na	0.3	Cr	3.4	Pd	<5
Mg	0.09	Mn	0.2	In	<0.05
Al	48	Fe	51	Sn	16
Si	35	Co	0.032	Sb	<0.5
P	0.35	Ni	3.3	Te	<0.5
S	16	Cu	0.16	I	<0.5
Cl	1.6	Zn	0.28	La	<0.013
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	<0.05
Ga	0.1	Ge	<0.05	Sm	<0.05
As	<0.05	Se	<0.05	Ta	0.66
W	1.3	Re	<0.05	Os	<0.05
Ir	<0.05	Pt	<0.05	Au	<0.05
Pb	0.96	Bi	0.28	U	1.1

Zirconium Crystal Bar Applications

• Aerospace: Zirconium Crystal Bar is commonly used to manufacture key components such as nozzles and combustion chambers for rocket engines.
• Nuclear Energy: Zirconium Crystal Bar has good nuclear properties and a high melting point, and is commonly used to produce nuclear reactors and nuclear fuel rods.
• Electronic Industry: Zirconium Crystal Bar can also be used to manufacture high-performance electronic components and semiconductor materials.
• Metal Alloys: Zirconium Crystal Bar is also often used as an additive in alloy melting to improve the strength, wear resistance, and corrosion resistance of materials.

Zirconium Crystal Bar Packaging

The Zirconium Crystal Bar is carefully placed in wooden cases or cartons with additional support from soft materials to prevent any shifting during transportation. This packaging method guarantees the integrity of the products throughout the delivery process.