Description
Technical Parameters
PURE IRON FOR FURNACE CHARGE (INGOTS & BLOCKS)
Core Advantages
Ultra-low impurities
Uniform melting behavior
Zero contamination risk
Helps refine alloy chemistry
Ideal for aerospace and high-end metallurgical processes
Composition Table
| Element | Max Content |
|---|---|
| C | 0.003% |
| S | 0.005% |
| P | 0.003% |
| Cu | 0.02% |
| Ni | 0.02% |
| Cr | 0.02% |
Available Forms
| Form | Weight | Purpose |
|---|---|---|
| Iron ingots | 5–25 kg | General furnace feeding |
| Big blocks | 50–500 kg | Alloy production |
| Sawn slabs | Custom | High-end smelting controls |
| Broken chunks | 1–5 kg | Fine additions |
Why Industries Prefer Pure Furnace Iron
Predictable Chemistry
No surprise copper, tin, or nickel contamination - a common issue when using scrap.
Better Alloy Quality
Pure iron helps manufacturers produce:
Precision casting steel
Special-purpose alloys
Vacuum-melted superalloys
Aerospace-grade materials
Improved Energy Efficiency
Because of stable melting behavior, furnace operators can reduce energy waste and shorten cycles.
Applications
Foundries
Metallurgical labs
Alloy steel foundries
Aviation material plants
Electronic component melting
Supply Capabilities
We support:
Bulk shipments
Export-grade packaging
Stable year-round supply
Custom smelting programs