| Product | Fill Rate(g/m) | Main Application | ||
| Φ9mm | Φ13mm | Φ16mm | ||
| High Purity CaFe（Seamless） | - | 210 | - | Modification of inclusions |
| Ca (Seamless Calcium Rod) | 45~65 | - | - | Modification of inclusions |
| Ca (Calcium Rod) | 65±5 | - | - | Modification of inclusions |
| Ca (Granule) | 55±5 | - | - | Modification of inclusions |
| CaSi + Re Rod | - | 330 | - | Modification of inclusions |
| CaSi | - | 225 | 330 | Modification of inclusions and castability |
| Ca Rod + Si | - | 220 | 320 | Modification of inclusions and castability |
| CaFe | - | 250 | 365 | Modification of inclusions |
| CaAIFe | - | 200 | 300 | Modification of inclusions with high yield |
| BaCaSi | 110 | 225 | 330 | Modification of inclusions |
| FeTi | 165 | 370 | 570 | Microalloying and deoxidation |
| FeB | 200 | 503 | 825 | Microalloying |
| AI | 80 | 200 | 300 | Deoxidation and grain size improvement |
| Mg | 60 | 140 | 210 | Desulfurization and nodularization |
| ReMgSi | - | 235 | 330 | Nodularization |
| High-Mg ReMgSi | - | 230 | - | Nodularization |
| S | 90 | 200 | - | Resulphurizing of engineering steel |
| C | 70 | 140 | - | Carbon fine adjustment, trimming addition |
| Te | - | 420 | - | Improvement of steel strength and corrosion resistance; reduction of nitrogen absorption of steel |
| MnN | - | 460 | - | Improvement of strength, hardness, and corrosion resistance of steel |
| Other materials | - | - | - | On request |
