Low Carbon Ferroboron
<p>A low-carbon boron alloy for specialty steels requiring controlled boron addition without appreciable carbon pick-up.</p>
- Grade
- FeB20C0.05
- Also Known As
- Low Carbon Boron Alloy
- Product Tier
- Fully Custom
- Physical Form
- Lump
Product Information
Technical Overview
A low-carbon boron alloy for specialty steels requiring controlled boron addition without appreciable carbon pick-up.
Product Highlights
- Very low carbon for boron treatment without disturbing the carbon balance
- Controlled boron range for predictable hardenability response
- Batch traceability with a Manufacturer Test Report issued for every lot
Reference Technical Parameters
| Property / Element | Symbol | Typical / Reference Value | Unit |
|---|---|---|---|
| Boron | B | 18–22 | % |
| Carbon | C | ≤0.05 | % |
| Silicon | Si | ≤2.00 | % |
| Aluminium | Al | ≤1.50 | % |
| Phosphorus | P | ≤0.03 | % |
| Sulfur | S | ≤0.02 | % |
Physical Form & Supply
| Form | lump |
|---|---|
| Particle Size / Dimension | 5–50 mm |
| Packaging | Steel drums 250 kg/drum; Jumbo bags 1,000 kg/bag |
| MOQ | 1 metric ton; smaller trial lots negotiable |
| Lead Time | 15–25 days after technical confirmation |
| Supply Mode | Made to order |
Applications
Used in boron-treated and wear-resistant grades where hardenability must be raised without an appreciable carbon contribution.
Technical Notes
Boron and carbon limits are fixed by the signed specification. The low carbon level keeps boron treatment from altering the carbon balance of the heat.
The values above are product-reference data for technical evaluation. Final acceptance criteria follow the signed specification, contract and batch MTR.
Product Reference
Specifications And Supply Details
- Specification Notes
- <p>Boron and carbon limits are fixed by the signed specification. The low carbon level keeps boron treatment from altering the carbon balance of the heat.</p>
- Customization
- Available
Applications
- Alloy Smelting
- Foundry
<p>Used in boron-treated and wear-resistant grades where hardenability must be raised without an appreciable carbon contribution.</p>