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SODIUM AZIDE-IODINE REAGENT

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MOQ : 1 Milliliter

SODIUM AZIDE-IODINE REAGENT Specification

Smell
Odorless (Sodium Azide); Iodine may have characteristic odor

Shape
Powder or solution (depending on formulation)

Solubility
Soluble in water

HS Code
28299030

Purity
Typically 99%

Molecular Formula
NaN3 + I2

Structural Formula
NaN3 + I2

Boiling point
Iodine: 184.3C; Sodium Azide decomposes before boiling

Poisonous
Yes

Other Names
NaN3-Iodine Reagent

Storage
Store at room temperature, away from heat and light, in tightly closed container

Melting Point
Decomposes at 300C (Sodium Azide), Iodine melts at 113.7C

Density
1.85 Gram per cubic centimeter(g/cm3)

Form
Solid or liquid mixture

Taste
Not applicable / toxic

Molecular Weight
65.01 g/mol (Sodium Azide), 253.8 g/mol (Iodine)

Ph Level
Neutral to slightly acidic based on formulation

Classification
Inorganic chemical reagent

Chemical Name
Sodium Azide-Iodine Reagent

CAS No
26628-22-8 (Sodium Azide), 7553-56-2 (Iodine)

EINECS No
247-852-1 (Sodium Azide)

Grade
Laboratory grade

Standard
Analytical reagent standard

Type
Inorganic reagent

Usage
Chemical reagent mixture, suitable for research and analytical chemistry

Main Material
Sodium azide and iodine

Application
Analytical reagent; used in laboratory for detection and quantitative analysis of chemical substances

Packaging
Packed in sealed bottles or containers, customized as per customer specification

Handling Precaution
Use gloves, goggles, and protective clothing; avoid inhalation and skin contact

Stability
Stable under recommended storage conditions; decomposes at high temperature

Physical State
Solid/solution as per product variation

Appearance
Dark brown to black solid or solution

Hazards
Toxic if ingested, inhaled, or in contact with skin; handle with care

Compatibility
Not compatible with strong acids or reducing agents

Shelf Life
12-24 months under proper storage

About SODIUM AZIDE-IODINE REAGENT

The Sodium Azide-Iodine Reagent is an acclaimed laboratory-grade chemical mixture, featured for its prime effectiveness in analytical research and quantitative chemical detection. Highly regarded among eminent laboratories across India, this preeminent reagent combines sodium azide (NaN3) and iodine (I2), appearing as a dark brown to black solid or solution. Stable under recommended conditions, its sizzling analytical performance makes it the reagent of choice for distinguished scientific research. Packaged securely in sealed containers as per customer specifications, it retains 99% purity, ensuring dependability in chemical analysis. Handle with extreme caution due to its toxic nature.

SODIUM AZIDE-IODINE REAGENT: Plant Application & Competitive Edge

This prime reagent finds extensive application at plant sites for analytical detection of chemical substances, providing eminent accuracy in research and analysis. Its competitive advantages include high purity (99%), reliable stability, and adaptability to varied site conditions. The product's versatility enables precise results in laboratories, quality-control departments, and industrial research centers across India, supporting optimal performance in analytical chemistry workflows.

SODIUM AZIDE-IODINE REAGENT: Certifications & Packaging Details

Our reagent meets rigorous analytical reagent standards, ensuring certified reliability upon arrival. Shipped goods are packed in sealed bottles or containers customized per requirement, guaranteeing optimum preservation and safety during transit. The main domestic market is India, with distribution spanning leading research institutions and laboratories. Packaging options underscore commitment to secure delivery, maintaining the reagent's integrity from dispatch to end-use.

FAQ's of SODIUM AZIDE-IODINE REAGENT:

Q: How should Sodium Azide-Iodine Reagent be safely handled in the laboratory?

A: Handle this reagent with extreme care-always wear gloves, goggles, and protective clothing. Avoid inhalation, ingestion, or skin contact, and manage within a well-ventilated area. Store away from heat, light, and incompatible chemicals.

Q: What are the main applications of Sodium Azide-Iodine Reagent?

A: It is primarily utilized as an analytical reagent in laboratories for the detection and quantitative analysis of chemical substances, supporting research and development processes in chemical analysis.

Q: Where is this reagent typically stored after arrival?

A: Upon arrival, the reagent should be stored at room temperature in tightly closed containers, away from direct heat or light, ensuring stability and extended shelf life.

Q: When should users consider replacing their Sodium Azide-Iodine Reagent supply?

A: Users should replace the reagent after 12-24 months, depending on storage conditions and usage, or immediately if signs of degradation appear.

Q: What is the process for ordering customized packaging for this reagent?

A: Customers can specify packaging preferences during ordering; the reagent is packed in sealed bottles or containers tailored to meet individual laboratory or industrial requirements, ensuring secure delivery and optimal preservation.

Q: How does the reagent's high purity benefit research applications?

A: With a typical purity of 99%, the reagent delivers consistent and reliable results in chemical analysis, minimizing interference and enhancing accuracy during research and testing.

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