Sodium acetate 99%

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MOQ : 50 Kilograms

Sodium acetate 99% Specification

Shelf Life
Up to 2 years under proper storage

Melting Point
324C

Physical Form
Powder

Molecular Weight
82.03 g/mol

Density
1.528 Gram per cubic centimeter(g/cm3)

HS Code
29152990

Taste
Saline

Storage
Store in cool, dry place; keep container tightly closed

Purity
99%

Smell
Slight acetic odor

Usage
Buffering agent, preservative, heating pads, laboratory reagent

Appearance
White crystalline powder

Solubility
Freely soluble in water, slightly soluble in alcohol

Shape
Granular or crystalline

Product Type
Inorganic Salt

Grade
Industrial Grade

Application
Textile, food, pharmaceutical, and chemical industries

Sodium acetate 99% Trade Information

Minimum Order Quantity
50 Kilograms

Supply Ability
1 Kilograms Per Week

Delivery Time
1 Week

About Sodium acetate 99%

Sodium Acetate (99%)

CAS No. : 6131904
Purity    : 99%

Sodium Acetate   : trihydrate

sodium acetate : trihydrate   58-60 %

sodium acetate : anhydrous   99 -101 %

Specification :
Appearance White crystals
Assay % mass min. 99.000
Insolubles % mass max. 0.005
Chloride % mass max. 0.050
Calcium % mass max 0.005
Potassium % mass max. 0.005
Sulfate % mass max. 0.005
Heavy Metals ( as Pb) % mass max. 0.0003
Packing : Sodium Acetate trihydrate is supplied in poly-lined Poly Ethylene bags of 25 kgs each and stuffed lose in a container of 21 MT capacity.

Storage and handling : Sodium Acetate trihydrate is highly hygroscopic. It should be stored and handled in its original packages or in suitable Sealed containers and kept in a clean dry place.

Versatile Industrial Applications

Sodium acetate 99% finds extensive use across textile dyeing, food preservation, pharmaceuticals, and chemical synthesis. As a buffering agent and preservative, it provides stability to products and processes. Its rapid solubility in water makes it highly adaptable for laboratory and industrial procedures, while its safety profile and long shelf life make it suitable for bulk storage and distribution.

Key Physical and Chemical Characteristics

Exhibiting a white crystalline powder appearance with a molecular weight of 82.03 g/mol, sodium acetate has a melting point of 324C and a density of 1.528 g/cm3. It is noted for its saline taste and mild acetic odor. Its excellent water solubility enhances its utility in solutions, the preparation of laboratory reagents, and as an ingredient in heat packs.

FAQs of Sodium acetate 99%:

Q: How should sodium acetate 99% powder be stored to maintain its quality?

A: Sodium acetate 99% should be kept in a cool, dry environment, with the container tightly sealed. Proper storage under these conditions helps prevent moisture absorption and maintains its effectiveness for up to two years.

Q: What are the main industrial applications of sodium acetate 99%?

A: This compound is widely applied as a buffering agent in laboratories, as a preservative in the food industry, in textile dyeing processes, and in the manufacture of pharmaceuticals and chemicals. It is also used in heating pads due to its exothermic properties when crystallizing.

Q: When is sodium acetate typically utilized as a laboratory reagent?

A: Sodium acetate 99% is employed in laboratories during procedures requiring controlled pH environments. Its buffering properties are crucial in reactions needing stability, such as DNA extraction and protein precipitation.

Q: Where is sodium acetate 99% commonly distributed and by whom?

A: In India, sodium acetate 99% is widely distributed by manufacturers, exporters, importers, retailers, wholesalers, and traders, supporting various industries with reliable bulk supplies.

Q: What is the process for dissolving sodium acetate in water?

A: To dissolve sodium acetate, add the powder to water at room temperature and stir until fully dissolved. Its high solubility ensures quick and uniform mixing, making it ideal for industrial and laboratory solutions.

Q: What are the key benefits of using sodium acetate 99% in heating pads?

A: Sodium acetates ability to undergo exothermic crystallization allows it to release heat rapidly when activated, making it an efficient, reusable component in heating pads for pain relief and therapeutic applications.

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