High Purity Pure Iron Billet

High Purity Pure Iron Billet

High-purity pure iron billet refers to an iron billet obtained through blast furnace smelting from iron ore, featuring an extremely high iron content, typically above 99%, with very low levels of other elements. This type of billet serves as a crucial raw material for manufacturing high-quality steel and is often used in the production of high-demand components such as crankshafts for automobile engines.
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Description

Products Description

 

 

Chemical composition(1):

Chemical

Fe

C

Si

Mn

S

p

Al

Spec (%)

99.95Min.

0.002Max.

0.002Max.

0.02Max.

0.003Max.

0.003Max.

0.005Max

Chemical

Cr

Cu

Nb

Ni

Ti

O

N

Spec (%)

0.008Max.

0.009Max.

0.0001Max.

0.006Max.

0.0001Max

0.004Max

0.003Max

 

Chemical composition(2):

Chemical

Fe

C

Si

Mn

S

p

Al

Spec (%)

99.85Min.

0.003Max.

0.004Max.

0.07Max.

0.005Max.

0.01Max.

0.005Max

Chemical

Cr

Cu

Nb

Ni

Ti

O

N

Spec (%)

0.013Max.

0.01Max.

0.0003Max.

0.009Max.

0.009Max

0.004Max

0.004Max

 

Chemical composition(3):

Chemical

Fe

C

Si

Mn

S

p

Al

Spec (%)

99.88Min.

0.003Max.

0.007Max.

0.06Max.

0.006Max.

0.007Max.

0.005Max

Chemical

Cr

Cu

Nb

Ni

     

Spec (%)

0.02Max.

0.008Max.

0.0008Max.

0.0003Max.

     

 

Chemical composition(4)

Chemical

Fe

C

Si

Mn

S

p

Al

Spec (%)

99.85Min.

0.003Max.

0.007Max.

0.013Max.

0.0009Max.

0.003Max.

0.007Max

Chemical

Cr

Cu

Nb

Ni

Ti

O

N

Spec (%)

0.006Max.

0.008Max.

0.0003Max.

0.008Max.

0.0005Max

0.005Max

0.005Max

 

Application

 

 

application1

High-Purity Pure Iron Billet and Pure Iron Material

High-purity pure iron billet refers to an iron billet obtained through blast furnace smelting from iron ore, featuring an extremely high iron content, typically above 99%, with very low levels of other elements. This type of billet serves as a crucial raw material for manufacturing high-quality steel and is often used in the production of high-demand components such as crankshafts for automobile engines.

 

Pure iron material, also known as pure iron for raw material, is characterized by a carbon content of less than 0.01% and a total impurity element content of less than 0.5%. It is primarily used as a raw material for (electrothermal alloys), precision alloys (including soft magnetic materials, hard magnetic materials, elastic alloys, expansion alloys, etc.), low-carbon and ultra-low-carbon stainless steel, and powder metallurgy. It can be processed into various forms such as steel billets, bars, flat steel, and hot-rolled wire rods.

 

In addition, the term "high-purity iron" may also be encountered in various contexts, such as "hi-purity pig irons" or "high purity foundry pig iron," which refers to a type of high-quality casting iron with high purity. High-purity iron can be prepared through various metallurgical purification methods, including solvent extraction, ion exchange, electrolytic refining, and zone melting.

 

In summary, high-purity pure iron billet and pure iron material are essential raw materials in the steel and metallurgical industries, known for their high purity and wide range of applications. They play a crucial role in the manufacturing of high-quality steel and high-demand components.

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FAQ

 

 

Q: What is the significance of pure iron in material science?

A: Pure iron is significant in material science for studying fundamental properties and developing new materials.

Q: Can pure iron be used in cryogenic applications?

A: Yes, pure iron can be used in cryogenic applications due to its stability at low temperatures.

Q: How does pure iron improve the performance of electronic circuits?

A: Pure iron improves electronic circuit performance by providing efficient magnetic pathways and reducing losses.

Q: What is the elastic modulus of pure iron?

A: The elastic modulus of pure iron is approximately 210 GPa.

Q: Why is pure iron used in high-strength applications?

A: Pure iron is used in high-strength applications for its excellent mechanical properties and reliability.

Q: How does pure iron contribute to sustainable manufacturing?

A: Pure iron contributes to sustainable manufacturing by being recyclable and having a low environmental impact.

 

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Package
Pure iron is typically packaged with rust-preventive oil, wrapped in plastic film, and secured with plastic or metal straps. It is then placed on wooden pallets or in wooden crates, sometimes using moisture-proof paper or vacuum packaging for extra protection during transportation and storage.
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Transportation
At Shanxi Beilun Jubang Innovation Technology Co., Ltd.,We have a professional and cooperative international logistics team with over ten years of experience,and we efficiently deliver products worldwide, handle shipping and customs clearance, and ensure fast, safe, and hassle-free transportation to all parts of the world.

 

partner
 
 

We are proud to have established strong, trusted partnerships with leading steel companies. These alliances have enabled us to enhance our operations, ensure the delivery of top-quality products, and maintain our industry leadership, driving excellence and innovation.

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