Aluminum nitrate
Aluminum Nitrate is a premium-grade, highly water-soluble white crystalline salt carrying CAS number 13473-90-0 (or 7784-27-2 for nonahydrate). Characterized by its powerful oxidizing properties, rich aluminum oxide yield upon thermal decomposition, and critical chemical stability, this high-purity compound serves as an indispensable core asset for petroleum refining catalysts, textile dyeing mordants, and advanced anti-corrosion surface treatments globally.
Description
Oxidizing Characteristics and Catalyst Production
The stable crystalline dissociation properties and high nitrate solubility of Aluminum Nitrate offer a distinct operational edge in demanding automotive wash and fuel manufacturing facilities. This solid inorganic salt functions as a superior structural precursor, decomposing cleanly under specialized furnace heats to yield highly uniform aluminum oxide support matrices without leaving residual sub-layer chemical tracking behind. It assists laboratory technicians in maintaining exact stoichiometric balances across continuous catalyst slurry runs, effectively preventing premature substrate clogging during large-scale manufacturing operations. For instance, industrial oil processing plants integrate this compound as a foundational component to prepare hydrocracking catalytic filters. As a consequence, it maximizes the overall purification threshold of fuel fractions and improves automated quality controls. Consequently, Zyntex coordinates clean production channels to eliminate moisture-driven clumping from your factory inventory loops.
In addition to this, Zyntex manages climate-controlled packaging logistics for commercial textile printworks and specialized electrical insulation research laboratories. The substance operates as an active fixing agent, bonding effectively with organic fabric strands to lock down commercial leather pigments or water-based inks over long washing runs. It advances modern textile chemistry by providing a highly pure, reliable metal source that reacts predictably with industrial binding compounds under specified thermal thresholds. Simultaneously, it remains a critical chemical standard for routine chemical analysis calibrations and academic laboratory investigations. In brief, our product functions as an indispensable mineral foundation, supporting both the physical survival of heavy catalytic filters and the structural precision of modern color fixing systems.
Primary Commercial Sectors for Aluminum Nitrate
This ultra-pure solid oxidizing compound delivers crucial technical value within these four critical sectors:
🛢️ Catalyst Precursors
Primary chemical source used to formulate ultra-pure alumina support matrices inside heavy oil refining columns. Hence, it directly supports optimal oil cracking lines.
🧵 Textile Mordants
Utilized as a high-performance fixing agent to stabilize deep textile pigments and commercial leather dyes. Clearly, it is key for uniform color fastness density.
🛡️ Metal Passivation
Functions as an active salt additive in specialized anti-corrosion washes and aerospace surface coating baths. Resultantly, it balances long-term alloy component durability.
🔬 Chemical Synthesis
Provides an excellent, highly pure aluminum baseline to prepare specialized insulating papers and non-hazardous nitrate standard solutions. Specifically, it ensures high product clarity.
Technical Specifications
| Parameter | Standard Value |
|---|---|
| Product Name | Aluminum Nitrate |
| Assay / Purity | Min 98.0% |
| Appearance | White to off-white crystalline solid |
| Melting Point | Approx. 73.5 °C (Decomposes) |
| Solubility in Water | Highly soluble (Approx. 64 g/100 mL at 20 °C) |
| CAS Number | 13473-90-0 (Anhydrous) / 7784-27-2 (Nonahydrate) |
📝 Safety & Handling: Aluminum Nitrate is a strong oxidizing chemical agent that can accelerate the burning of nearby combustible substances. Inhalation of fine dust crystals or accidental splash exposure triggers mechanical eye watering, intense burning sensations, and mucous tract inflammation. Therefore, store strictly within its original airtight, moisture-proof containers inside a cool, remarkably dry warehouse zone away from wood pallets, paper scraps, reducing organic chemicals, and direct solar heat. Avoid generating airborne fine powder during reaction hopper charging. Wearing standard protective equipment (PPE)—including durable nitrile gloves, splash safety goggles, an acid-resistant apron, and a certified particulate filter respirator—is completely required during compounding. Review the Safety Data Sheet (SDS) for environmental storage rules.
