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ZR0930 Zirconium Flange Maximize

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ZR0930 Zirconium Flange

Catalog No.ZR0930
MaterialZr alloys
StandardASTM B551
Purity95%~99.5%
ColorSilver
Density6.1g/cm3

  Stanford Advanced Materials is a leading supplier of materials including Ziconium and Hafnium. We provide Zirconium materials machined parts such as zirconium flange and zirconium parts for chemical engineering equipments. We also deliver zirconium basic shapes  like zirconium sheets.

More details

  Zirconium metal and Zirconium alloys has advantage in specialized chemical environments - primarily acetic and hydrochloric acids. The corrosion resistance of Zirconium comes from a tightly adhered oxide that forms almost instantaneously. As a result, zirconium has been used to make electrodes components, flanges, bolts, tubes and rods for special applications. Zirconium products also have wide applications in medical equipment, such as zirconium implants. 

Multiple sizes are avaliable and we do make customized products.

Zirconium flanges

Material

Zr702, Zr704, Zr705,

Thickness

0.5~50mm

Diameter

<1000mm

MOQ

5kg

 

 

Composition of our Zirconium materials

 

Zr 702

Zr 704

Zr 705

Zircaloy-2

Zircaloy-4

Sn

/

1~2%

1~2%

1.2~1.7%

1.2~1.7%

Fe

<0.05%

0.1~0.2%

<0.05%

0.07~0.2%

0.07~0.2%

Cr

<0.05%

0.1~0.2%

<0.01%

0.05~0.15%

0.05~0.15%

Ni

/

/

/

0.03~0.08%

<0.007%

Hf

1~2.5%

<4.5%

<4.5%

<200ppm for Nuclear industry

<200ppm for Nuclear industry

Nb

/

/

2~3%

 

 

Zn+Hf

~99.5%

~97.5%

~95.5%

~98%

~98%

 

 

Physical Properties

Material

State

Rm(≥)/MPa

Rp0.2(Pa

A50mm(≥)/%

Zirconium 702

(UNS R60702)

annealed

379

207

16

Zirconium 704

(UNS R60704)

annealed

413

241

14

Zirconium 705

(UNS R60705)

annealed

552

379

16

 

 

  Zirconium atomic number is 40, with element symbol Zr. Zirconium element has an appearance of silvery metal, and the density is 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. In 1990s, about 90% of zirconium produced every year is consumed by nuclear industry. However, as more and more people get familiar with Zr and its compound, more applications has been found.

  Zirconium based materials also been found to have some special properties. Zirconium has been used to make high temperature superconductive materials and Zr crystal bars are often used as the raw material. Zirconium alloys are also considered to be promising materials for commercial amorphous metal, also called metallic glass. Compared with common metal materials, amorphous metal has no grain boundaries, leading to better wear resistance and hardness. 



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