AL9643 Sodium Remover for Aluminum Desodiating Agent

Sodium Remover for Aluminium Desodiating Agent Description

Sodium Remover for Aluminium Desodiating Agent is a particle-based chemical blend incorporating KCl, MgCl2, and C2Cl6. Its meticulously controlled composition optimises the removal of sodium impurities during aluminium processing, reducing unwanted sodium incorporation. This formulation supports efficient reaction kinetics and uniform particle distribution, which are critical for maintaining aluminium purity during casting and refining operations. The design ensures that the chemical interactions occur consistently throughout the process.

Sodium Remover for Aluminium Desodiating Agent Applications

Metallurgical Processing
- Used as an additive in molten aluminium refining to remove sodium impurities by leveraging controlled reactivity; improves metal integrity.
- Applied in aluminium recycling to reduce sodium contaminants by utilising precise particle interactions, enhancing subsequent material quality.

Environmental Management
- Serves as a component in catalytic treatment systems for industrial effluent processing to lower sodium levels through chemical reaction pathways; enhances discharge quality.

Sodium Remover for Aluminium Desodiating Agent Packing

The product is packaged in sealed, moisture-barrier pouches with foam inserts within corrugated boxes to prevent mechanical damage and contamination. It requires storage in a cool, dry environment to maintain chemical stability. Optional packaging customisations, including nitrogen flush and temperature-controlled containers, are available. Anti-contamination measures ensure that the chemical composition remains unchanged during transit and storage.

Frequently Asked Questions

Q1: What is the optimal temperature range for using the Sodium Remover in aluminium processing?
A1: The product performs best in environments maintained between 600°C and 800°C. This temperature range supports effective interaction between the remover particles and sodium impurities, facilitating accurate desodiation without compromising the aluminium.

Q2: How should storage conditions be maintained to prevent degradation of the particle form?
A2: The product should be stored in a controlled environment with low humidity and stable temperatures between 15°C and 25°C. This minimises moisture uptake and preserves the particle integrity essential for maintaining its reactive properties.

Q3: Can the particle size distribution be customised for specific processing requirements?
A3: Yes, customisation of the particle size distribution is possible. Controlled milling and sieving processes allow adjustment of the particle dimensions to optimise the reaction kinetics and support specific desodiation requirements in various aluminium processing systems.

Additional Information

Understanding the chemical interactions in desodiation is vital for optimising aluminium processing. The blend of KCl, MgCl2, and C2Cl6 is formulated to promote the formation of sodium compounds that can be efficiently separated during refining. This chemical interaction minimises sodium incorporation, thereby enhancing aluminium purity and process yield.

In addition, the role of controlled reactivity in environmental catalyst applications cannot be understated. Detailed control over the composition and particle distribution ensures that the reaction kinetics align with process requirements, allowing for more efficient impurity removal and reduced secondary waste formation.