Sodium Azide

Understanding Sodium Azide

Sodium azide, known chemically as NaN3, is a versatile compound utilized in various industrial and laboratory settings. Its significance stems from its role as a chemical preservative and a pivotal reagent in synthetic chemistry. Sodium azide's properties make it a subject of interest for professionals seeking reliable compounds for their complex processes.

Chemical Profile and Safety

The molecular weight of sodium azide (sodium azide mw) is an essential parameter for scientists, given its relevance in calculating concentrations for solutions. Handling this substance requires a thorough understanding of sodium azide toxicity. It is imperative to adhere to strict safety protocols during storage and use, ensuring that sodium azide storage conditions are optimal to maintain stability and minimize risks.

Applications in Various Industries

Sodium azide finds its use in diverse applications. Notably, it is a critical component in the automotive industry as airbag sodium azide, where it acts as a gas-generating agent to rapidly inflate airbags upon impact. In biochemical applications, it serves as a preservative, with sodium azide as a preservative being added to various solutions, including pbs sodium azide and facs buffer sodium azide, to prevent bacterial contamination.

Integration in Laboratory Practices

In the realm of laboratory research, sodium azide is often encountered in the formulation of reagents and buffers. Its role in the preservation of antibody solutions is critical, hence the term antibody sodium azide. Additionally, it is used in minute concentrations, such as 10 sodium azide, to maintain the integrity of samples and reagents over time.

Procurement and Sourcing on Alibaba.com

Alibaba.com serves as a marketplace to connect buyers with a plethora of suppliers offering sodium azide in various forms, including sodium azide solution and powdered forms. The platform facilitates the sourcing of compounds like sodium azide sigma and sodium azide sigma aldrich, which are sought after for their consistency and reliability in research and industrial applications.

Responsible Utilization and Environmental Considerations

The use of sodium azide must be approached with environmental responsibility. Its disposal and the byproducts of its applications require careful management to prevent ecological impact. Professionals sourcing 26628 22 8—the CAS number for sodium azide—must be cognizant of the compound's implications and adhere to environmental guidelines during its use and disposal.