Stable Under Normal Temperatures And Pressures Sodium Alumino Fluoride Molecular Weight 1699 Industrial Chemical Product

Product Description:

Sodium Cryolite, also known by its chemical names Sodium_Alumino_Fluoride and Sodium_Fluoroaluminate, is an inorganic compound widely used in various industrial applications. This compound is characterized by its unique Sodium_Cryolite_Composition, which plays a crucial role in its functionality and effectiveness in different processes. With a density of 2.9 G/cm3, Sodium Cryolite exhibits a moderately dense structure, contributing to its stability and handling properties.

One of the key attributes of Sodium Cryolite is its stability under normal temperatures and pressures. This stability ensures that the compound maintains its chemical integrity during storage and typical usage conditions, making it a reliable material for manufacturers and industries that depend on consistent performance. Despite its stability, users should exercise caution as Sodium Cryolite is harmful if swallowed. Proper handling procedures and safety measures are essential to prevent any health hazards associated with accidental ingestion.

The exact boiling point of Sodium Cryolite is not available, which is common for substances that decompose or undergo chemical changes before reaching a boiling phase. However, its thermal stability under normal conditions makes it suitable for applications requiring resistance to moderate heat. This characteristic, combined with its chemical composition, allows Sodium Cryolite to be used effectively in processes such as aluminum production, where it acts as a flux to lower the melting point of alumina, facilitating the extraction of aluminum metal.

The term Sodium_Alumino_Fluoride reflects the compound's composition, comprising sodium, aluminum, and fluoride ions. This unique blend forms a crystalline structure that is essential for its role in industrial settings. Sodium_Fluoroaluminate, another synonym for Sodium Cryolite, highlights the presence of fluoroaluminate ions, which contribute to the compound’s chemical properties and its interaction with other materials during processing.

Industrially, Sodium Cryolite is predominantly utilized in the aluminum industry due to its ability to dissolve alumina and improve the efficiency of the electrolytic process used in aluminum smelting. This application leverages the Sodium_Cryolite_Composition to enhance conductivity and reduce energy consumption, making aluminum production more economical and environmentally friendly. Beyond aluminum production, Sodium Cryolite is also used in glass manufacturing, ceramics, and as a component in certain insecticides, demonstrating its versatility across multiple sectors.

From a safety perspective, it is important to note that Sodium Cryolite should be handled with care to avoid ingestion, as it is harmful if swallowed. Appropriate safety equipment, such as gloves and masks, should be used when working with the compound, and it should be stored in a secure environment to prevent accidental exposure.

In summary, Sodium Cryolite is a chemically stable and industrially valuable compound with a density of 2.9 G/cm3 and significant utility in aluminum production and other manufacturing processes. Its Sodium_Alumino_Fluoride and Sodium_Fluoroaluminate identities underscore its chemical composition and functionality. While its boiling point remains unspecified, its stability under normal conditions and hazardous nature if ingested necessitate careful handling and respect for safety protocols. Understanding the Sodium_Cryolite_Composition and properties of this compound enables industries to optimize its use while maintaining safety and efficiency.

Features:

• Product Name: Sodium Cryolite (Sodium_Aluminum_Fluoride)
• Appearance: White Powder
• Hazardous Information: Harmful If Swallowed
• Uses: Used As A Flux In Aluminium Production
• Also known as Sodium_Cryolite_Salt and Cryolite_Sodium_Salt
• Storage: Store In A Cool, Dry Place

Technical Parameters:

Applications:

The Eversim Sodium Cryolite, with model numbers CH-1 and CM-1, is a high-quality chemical compound originating from China. Known chemically as Sodium_Aluminum_Fluoride (Na3AlF6), this product is widely recognized for its stable Sodium_Cryolite_Composition and excellent performance in various industrial applications. Certified by ISO and SGS, Eversim ensures that each batch of Sodium Cryolite meets stringent quality standards, making it a trusted choice for manufacturers and industrial users worldwide.

Sodium Cryolite, also referred to as Sodium_Fluoroaluminate, is primarily used in the aluminum smelting industry. Its key function is to act as a flux in the electrolytic production of aluminum, where it lowers the melting point of alumina and increases the conductivity of the electrolyte. This significantly enhances the efficiency of the aluminum extraction process. The stable nature of Sodium Cryolite under normal temperatures and pressures, combined with its density of 2.9 G/cm3, ensures consistent performance and safety during its application.

Beyond aluminum production, Eversim's Sodium Cryolite finds applications in the glass and ceramics industries where it is used to lower melting temperatures and improve the quality of final products. Additionally, it serves as an important ingredient in the manufacture of enamels and frits, enhancing surface finish and durability. Due to its unique chemical properties, it is also employed in the production of insecticides and other chemical intermediates, making it a versatile compound in the chemical industry.

For logistical convenience, Eversim supplies Sodium Cryolite in 25kg bags, facilitating easy handling and storage. With a shelf life of 2 years, the product maintains its integrity over extended periods when stored under appropriate conditions. The minimum order quantity is 1 ton, with a competitive price range of 500-1000 USD per ton, reflecting its high quality and industrial value. Eversim offers a supply ability of 3000MT per month, ensuring reliable availability for large-scale operations.

Customers can expect prompt delivery within 3-7 days, supported by flexible payment terms of 30% TT in advance and the balance against a copy of the Bill of Lading (B/L). This payment structure facilitates smooth transactions and trust between buyers and the supplier. Overall, Eversim’s Sodium Cryolite is an indispensable material for industries requiring a stable and efficient Sodium_Aluminum_Fluoride source, making it an excellent choice for various application occasions and scenarios.