Pure Iron Billet – Product Information
| Item | Specification |
|---|---|
| Product | Pure Iron Billet |
| Application | Melting / Remelting |
| Iron Content | Fe ≥99.90%–99.95% |
| Carbon | Controlled according to grade |
| Shape | Square or rectangular billet |
| Standard Size | 70 × 70 × 300 mm |
| Custom Size | Available |
| Surface | Black / processed surface |
| Origin | China |
| Packaging | Export packing |
| Application Type | Furnace charge material |
The exact chemical composition and dimensions can be confirmed according to the customer's production requirements.
Why Use Pure Iron Billet for Melting?
Melting plants do not simply need "iron." They need a predictable raw material that fits the intended furnace charge.
1. Controlled Chemical Composition
For alloy and special steel production, unwanted elements in the charge can affect the final composition.
Using pure iron billet as part of the charge allows the iron source to be defined more clearly before melting. This can make it easier to calculate additions of carbon, chromium, nickel, manganese or other alloying elements.
2. Low Carbon Iron Source
Carbon content is particularly important when producing low-carbon or high-purity alloys.
Our melting-grade pure iron billets are produced with controlled carbon and impurity levels. The required chemical range can be discussed before production according to the customer's application.
3. Consistent Billet Shape
A regular billet is easier to handle, stack and charge than loose or irregular scrap.
For furnace operators, consistent dimensions can also make material preparation more straightforward, especially when a defined charging method is already being used.
4. Less Uncertainty in the Charge
Mixed scrap may contain residual elements from previous applications.
For some melting processes, these elements are not desirable because they can become difficult to remove later.
A controlled pure iron feedstock can therefore be useful when the chemistry of the final melt needs to be carefully managed.
Pure Iron Billet for Different Melting Applications
Pure iron billets can be used as an iron source in a range of metallurgical processes, including:
Special alloy melting
Low-carbon alloy production
Special steel manufacturing
Soft magnetic alloy melting
Precision casting
Electrical material production
Laboratory and material development
Remelting and composition adjustment
The appropriate purity and chemical composition depend on the final material being produced.
For this reason, we recommend selecting the billet according to the final melt chemistry, rather than choosing a purity number alone.
Pure Iron Billet vs. Ordinary Scrap
The right charge material depends on the process.
Ordinary scrap can be economical for many steelmaking applications, but its composition may vary depending on its source and previous use.
Pure iron billet is more suitable when the manufacturer needs a cleaner and more clearly defined iron source.
| Consideration | Pure Iron Billet | Mixed Scrap |
|---|---|---|
| Iron content | Controlled | May vary |
| Residual elements | Controlled according to grade | Can be uncertain |
| Carbon control | Suitable for low-carbon requirements | Depends on scrap source |
| Shape | Regular billet | Often irregular |
| Charge calculation | Easier | May require additional sorting |
| Best suited for | Controlled melting | General steelmaking |
This does not mean pure iron billet replaces scrap in every furnace. It is a material choice for processes where composition control is important.
How to Choose the Right Melting-Grade Pure Iron Billet
Before purchasing, it is useful to confirm four points.
1. Required Fe Content
Different products may require different iron purity levels. Tell us the target Fe content of your final melt, and the billet grade can be selected accordingly.
2. Carbon and Impurity Limits
If your process has strict limits for C, S, P, Si, Mn or other residual elements, these requirements should be confirmed before production.
3. Furnace Type
The suitable billet size can depend on your furnace and charging method.
Common melting equipment may include induction furnaces, electric arc furnaces and other industrial melting systems.
4. Billet Dimensions
Billets can be supplied in standard or customized dimensions.
If you already have a preferred charging size, provide the required length, width and thickness. This helps avoid unnecessary cutting or preparation before charging.
Customized Pure Iron Billets
Not every melting process uses the same charge specification.
We can discuss customization of:
Billet dimensions
Iron purity
Carbon content
Impurity limits
Surface condition
Cutting length
Packaging method
For repeat orders, keeping the same material specification can also make incoming-material inspection and batch management easier.
Quality Inspection and Documentation
For industrial raw materials, chemical composition is usually more useful than general claims about quality.
Depending on the order requirements, product documentation can include chemical composition information and relevant inspection records.
Customers can provide their required specification before ordering so that the material can be checked against the agreed requirements.
Packaging and Delivery
Pure iron billets are prepared for export transportation with protection against moisture, surface oxidation and mechanical damage.
Typical packaging may include rust-preventive treatment, plastic film, straps and wooden pallets or crates. Moisture-proof materials or additional protection can be arranged when required.
Packaging can also be adjusted according to the transportation method and customer's handling requirements.
Frequently Asked Questions
What is pure iron billet used for?
Pure iron billet is mainly used as a controlled iron feedstock for melting, remelting, alloy preparation, special steel production and other metallurgical applications.
What is the purity of your pure iron billet?
Our melting-grade pure iron billet is available with Fe ≥99.90%–99.95%. Other chemical requirements can be discussed according to the application.
Can pure iron billet be used directly in a furnace?
Yes. The billet form is intended to be used as furnace charge material. However, the appropriate billet size should be selected according to the furnace and charging system.
Can you provide custom billet sizes?
Yes. Standard sizes are available, and custom dimensions can be discussed according to the customer's requirements.
What information should I provide when requesting a quote?
The most useful information is:
Required Fe content + chemical limits + billet dimensions + quantity + intended melting application.
If you have an existing material specification or chemical composition requirement, you can also send it directly for review.
A Practical Starting Material for Controlled Melting
For melting applications, the raw material is the first part of the process.
A controlled pure iron billet can provide a defined iron source before alloying and refining begin. When chemistry, carbon level and charge consistency are important, selecting the starting material carefully can help make the following production steps easier to control.
If you are looking for pure iron billet for melting, send us your required composition, billet size and quantity. We can check the suitable material specification based on your process.
Product: Pure Iron Billet for Melting
Grade: YT01 / customized
Fe: ≥99.90%–99.95%
Size: 70 × 70 × 300 mm or customized
Application: Melting, remelting, alloy and special steel production
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.
Transportation
At Taiyuan Xinye Taiming Manufacturing and Processing Co., Ltd., 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.
