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Détails sur le produit:
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| Composition de produit: | Carbure de silicium | Utiliser: | Pour les produits de la catégorie 1 ou 2 |
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| Couleur: | 18-21 jours | Application: | Pour les produits de la catégorie 1 ou 2 |
| Nom de marque: | ZHENAN | Matériel: | SIC |
In high-velocity steelmaking and precision foundry lines, the reaction time is a critical KPI. ZhenAn's 0-1mm Silicon Carbide Powder provides a massive active surface area compared to traditional lumps. This high-purity deoxidizer is specifically designed for injection systems and ladle trimming where "time-to-chemistry" is measured in seconds.
The metallurgical pathway is highly efficient:
The micro-bubbles generated by this reaction provide a secondary "flotation" effect, lifting microscopic non-metallic inclusions to the slag layer, resulting in ultra-clean steel.
For mills producing automotive or aerospace-grade alloys, the 0-1mm powder is the ideal trimming agent. It allows for precise Carbon and Silicon adjustments during the final stages of the heat without the risk of undissolved material.
Due to its excellent flowability and consistent 90% purity, our powder is the industry standard for filling deoxidizing cored wires. This ensures a stable, deep-injection delivery of SiC into the heart of the ladle.
In small-to-medium induction furnaces, the 0-1mm powder can be mixed with the charge or added as a top-dressing to rapidly "kill" the slag, preventing the oxidation of expensive alloying elements like Chromium or Manganese.
The following table details the chemical and physical consistency of ZhenAn 0-1mm SiC 90%, tailored for high-performance industrial standards.
| Analysis Component | Guaranteed Value | Physical Characteristic | Details |
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| Total SiC (Min) | 90.00% | Size Range | 0 - 1 mm (95% passing) |
| Free Graphite (C) | ≤2.2% | Surface Condition | High Specific Area |
| Iron Oxide (Fe₂O₃) | ≤1.0% | Apparent Density | 1.44−1.50 g/cm³ |
| Sulfur (S) | ≤0.03% | True Density | 3.21 g/cm³ |
| Alumina (Al₂O₃) | ≤0.6% | Moisture (Max) | 0.30% |
Personne à contacter: Mr. xie