Sodium aluminum fluoride Na3AlF6, commonly identified by its CAS no 13775536, serves as a critical raw material in aluminum smelting and other high-temperature processes. This compound stabilizes bath chemistry and improves energy efficiency in electrolytic operations, making supply reliability and purity specifications essential for industrial buyers.
Understanding the technical profile, handling guidelines, and regulatory status of sodium aluminum fluoride Na3AlF6 CAS no 13775536 helps procurement teams manage risk and optimize process performance across global supply chains.
| Property | Specification | Typical Value | Relevance |
|---|---|---|---|
| Chemical Name | Sodium Aluminum Fluoride | Na3AlF6 | Identifies the compound |
| CAS Number | Registry | 13775536 | Unique global identifier |
| Purity | Assay (dry basis) | 98.0–99.5% | Impacts bath performance |
| Physical Form | Appearance | White crystalline powder | Handling and dissolution rate |
| Storage Conditions | Moisture sensitivity | Dry, sealed containers | Prevents clumping and decomposition |
Material Specifications and Quality Standards
Purity, Particle Size, and Contamination Limits
Reliable sodium aluminum fluoride Na3AlF6 CAS no 13775536 offerings are evaluated against strict quality standards that govern impurity thresholds and physical behavior. Buyers typically request certificates of analysis that detail fluoride content, aluminum levels, and insoluble residues to confirm conformity for electrolytic applications.
Consistent particle size distribution enhances dissolution control in the bath, reducing the risk of crust formation and uneven current distribution. Certified suppliers align with industry norms, enabling predictable process behavior and minimizing unplanned downtime in smelter operations.
Production Methods and Industrial Sourcing
Raw Materials, Reaction Conditions, and Quality Control
Industrial production of sodium aluminum fluoride Na3AlF6 CAS no 13775536 generally involves reacting aluminum hydroxide or aluminum fluoride with sodium carbonate or sodium chloride at elevated temperatures. Precise control of temperature, reactant ratios, and residence time governs crystal morphology and purity, which directly affect performance in aluminum reduction cells.
Leading producers implement in-process monitoring and final inspection routines to verify compliance with specifications, ensuring consistent batch quality for demanding metallurgical environments. Traceability across raw material receipts, process logs, and finished goods supports regulatory compliance and customer confidence.
Handling, Storage, and Regulatory Compliance
Safety Measures, Packaging, and Transport Considerations
Appropriate handling of sodium aluminum fluoride Na3AlF6 CAS no 13775536 requires attention to dust control, personal protective equipment, and compatible packaging to limit moisture uptake and cross-contamination. Sealed drums or bulk bags stored in dry, well-ventilated facilities help maintain product integrity and reduce handling risks.
Regulatory frameworks may classify this compound under hazardous materials rules depending on regional jurisdiction, influencing documentation, labeling, and transport modes. Adherence to safety data sheet guidelines and local legislation ensures safe operations and avoids costly delays in logistics and plant maintenance.
Market Dynamics and Application Trends
Demand Drivers, Regional Supply, and End-Use Segments
Global demand for sodium aluminum fluoride Na3AlF6 CAS no 13775536 is closely tied to aluminum production volumes, as smelters rely on consistent fluoride supply to sustain electrolytic baths. Growth in primary aluminum capacity, especially in regulated markets, underpins long-term procurement strategies and influences pricing negotiations.
Regional supply networks, port infrastructure, and trade policies shape availability and lead times for buyers across continents. Understanding these dynamics enables more accurate forecasting, inventory planning, and supplier diversification to mitigate disruptions in critical aluminum inputs.
Key Takeaways for Stakeholders
- Verify CAS no 13775536 and purity specifications to match process requirements.
- Prioritize suppliers with robust quality control and documented traceability.
- Implement storage and handling procedures that limit moisture and dust exposure.
- Stay informed on regional regulations affecting transport, labeling, and workplace safety.
- Monitor market trends and supply chain risks to secure reliable fluoride sourcing.
FAQ
Reader questions
What is the primary industrial use of sodium aluminum fluoride Na3AlF6 CAS no 13775536?
It is mainly used as a flux in aluminum electrolysis to lower bath temperature and improve conductivity.
How does purity affect performance in aluminum smelting operations?
Higher purity reduces impurity buildup in the electrolyte, leading to more stable cell conditions and better metal quality.
What packaging and storage issues should I monitor when sourcing this material?
Ensure sealed, moisture-resistant packaging and dry storage to prevent caking and maintain consistent assay values.
Are there specific regulatory requirements for transporting sodium aluminum fluoride Na3AlF6 CAS no 13775536?
Check regional hazardous materials regulations and prepare proper documentation, labels, and safety data sheets for compliance.