Zirconium Rod and Bar (Zr702, UNS R60702 Zirconium)

Princeton Powder is a main supplier of high quality zirconium rod and bar, offering Zirconium materials that meet ASTM B550 standards. We provide zirconium 702 rod and bar in various diameters, suitable for a range of applications. Zr Rod and Bar is for sale at a competitive price.

Material

Zirconium Rod, Zr Bar

CAS Number

7440-67-7

Standard

ASTM B550/550M

Grade

R60702/ERZr2

R60704/ERZr3

R60705/ERZr4

Density

6.5 g/cm3

Melting Point 

1852 ℃

Diameter

can be customized

Form

Straight Rod/Bar

Surface Treatment

Pickling or Polishing

Description of Zirconium Rod and Bar

Zirconium, symbolized as Zr with atomic number 40, is a lustrous gray-white metal celebrated for its high strength, corrosion resistance, and low thermal conductivity. Zirconium rods and bars, made from high-purity zirconium, offer exceptional durability and reliable performance in challenging environments. Rods typically feature a smaller diameter, making them suitable for precision applications such as medical devices and aerospace components. Conversely, bars have a larger diameter, ideal for heavy industrial uses that require structural integrity. These distinctive properties render zirconium rods and bars essential in industries like nuclear energy, chemical processing, and medical technology.

Chemical Compositions of Zirconium Rod and Bar

GradeZr+HfHfFe+CrSnHNCONb
R60702/ERZr299.2%<4.5%<0.20%<0.005%<0.015%<0.030%<0.15%
R60704/ERZr397.5%<4.5%0.2-0.4%1.0-2.0%<0.005%<0.015%<0.030%<0.16%
R60705/ERZr495.5%<4.5%<0.2%<0.005%<0.015%<0.050%<0.16%2.0-3.0%

Physical Properties of Zirconium Rod and Bar

Material

State

Rm(≥)/MPa

Rp0.2(MPa)

A50mm(≥)/%

Zirconium 702 (UNS R60702)

Annealed

379

207

16

Zirconium 704 (UNSR60704)

Annealed

413

241

14

Zirconium 705 (UNS R60705)

Annealed

552

379

16

Application

 

Zirconium rods and bars are widely used in the nuclear energy sector for fuel cladding and structural components due to their excellent corrosion resistance and ability to withstand high temperatures. In the chemical processing industry, they serve in reactors and piping systems, where resistance to aggressive environments is crucial. Additionally, these materials are employed in medical applications, including implants and surgical instruments, benefiting from their biocompatibility and durability.