Highly Toxic and Explosive
Fatal if swallowed or in contact with skin. Forms highly explosive metal azides when in contact with copper, lead, or brass plumbing.
Eyes: Flush with water for 15 minutes and seek medical attention
Skin: Remove contaminated clothing and wash thoroughly with soap and water
Sodium Azide (NaN3) is a colorless, crystalline inorganic compound known for its high reactivity and toxicity. In the Indian market, it is primarily sourced by research institutions, diagnostic laboratories, and specialized chemical manufacturers for its role as a preservative in aqueous solutions and as a precursor in organic synthesis.
Industrial demand in India is driven by the automotive sector, where it serves as a gas generant in airbag systems, and the pharmaceutical industry, which utilizes it as a reagent for the production of tetrazoles and other nitrogen-rich compounds. It is also a staple in clinical chemistry for preventing microbial growth in diagnostic kits.
Procurement of Sodium Azide requires strict adherence to safety protocols due to its toxic nature. Buyers should ensure that suppliers provide comprehensive Material Safety Data Sheets (MSDS) and verify that the material is stored in a cool, dry, and secure environment away from incompatible substances like heavy metals and acids.
Sodium Azide pricing in India depends on grade, order quantity, and delivery location, and it moves with market conditions — so a single fixed price is rarely accurate for a specific requirement.
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Sodium Azide prices in India vary by grade, order quantity and delivery location, and move with market conditions. To get the current price for your requirement, submit an enquiry on Chemical Dekho and receive verified quotes from suppliers and manufacturers within 24 hours.
Yes, it is a hazardous chemical and requires proper licensing and safety documentation for purchase and transport.
No, it is highly toxic and strictly prohibited for use in food or beverage applications.
It is primarily used as a preservative in diagnostic reagents to prevent bacterial growth.
Yes, it reacts with copper and lead to form explosive metal azides, which can cause pipe explosions.
Dispose of as hazardous chemical waste in accordance with local environmental regulations.
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