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SODIUM CHLORIDE 99.5% ARACS

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MOQ : 1 Gram

SODIUM CHLORIDE 99.5% ARACS Specification

Storage
Store in a cool, dry, well-ventilated area

Ph Level
Neutral (7)

Molecular Formula
NaCl

Other Names
Common salt, table salt, halite

HS Code
2501

Form
Powder

Boiling point
1465C

Purity
99.5%

Structural Formula
Na-Cl

Solubility
Soluble in water

Smell
Odourless

Taste
Salty

Poisonous
Yes

Density
2.17 Gram per cubic centimeter(g/cm3)

Melting Point
801C

Shape
Crystalline

Molecular Weight
58.44 g/mol

Refractive Rate
1.544

Classification
Inorganic salt

Chemical Name
Sodium Chloride

CAS No
7647-14-5

EINECS No
231-598-3

Grade
ARACS (Analytical Reagent ACS grade)

Standard
AR ACS

Type
Inorganic chemical

Usage
Analytical and research purposes

Main Material
Sodium chloride

Application
Laboratory reagent, chemical analysis, synthesis

Packaging
Sealed HDPE bottle / drum

Heavy Metal Content
Complies with AR grade specifications

Compatibility
Compatible with other analytical reagents

Moisture Content
Less than 0.1%

Particle Size
Fine grade

Precaution
Avoid inhalation, use protective equipment

Appearance
White crystalline powder

Shelf Life
36 months from manufacturing date

Transport
Not regulated as dangerous good

About SODIUM CHLORIDE 99.5% ARACS

Introducing SODIUM CHLORIDE 99.5% ARACS-an illustrious choice for analytical and research laboratories demanding top-ranking purity and reliability. This rare grade, compliant with AR ACS standards, is supplied as a white crystalline, fine-grade powder with an unprecedented 99.5% purity, sealed securely in HDPE containers. Scarce in its exceptional quality, it boasts a remarkably low moisture content (<0.1%) and negligible heavy metals. Promotion for this distinguished reagent underscores its unparalleled compatibility, extraordinary solubility, and extensive utility in chemical synthesis and precise laboratory analysis. Secure yours while supplies last!

Outstanding Features and Surface Applications

SODIUM CHLORIDE 99.5% ARACS offers a fine, white crystalline powder suitable for all analytical machines. Its high compatibility allows seamless use with other reagents, ensuring repeatable, accurate results. The powder's non-abrasive surface is ideal for laboratory equipment, while extra features include a neutral pH and odourless nature, reducing interference with sensitive analytical procedures, and a stable shelf life of 36 months, enhancing storage flexibility and usability.

Global Export Markets and Purchase Procedures

We proudly supply SODIUM CHLORIDE 99.5% ARACS to leading export markets across North America, Europe, Asia, and beyond, supported by illustrious certifications that guarantee compliance. Samples are available upon request, with a nominal charge to ensure quality experience prior to a full purchase order. Whether you are a distributor or laboratory, our seamless supply chain ensures timely delivery and a reliable source for all research and analytical requirements.

FAQ's of SODIUM CHLORIDE 99.5% ARACS:

Q: How is SODIUM CHLORIDE 99.5% ARACS commonly used in laboratories?

A: It is widely used as a laboratory reagent for chemical analysis, synthesis, and various research purposes due to its top-ranking purity and compatibility with other analytical reagents.

Q: What precautions should be taken when handling SODIUM CHLORIDE 99.5% ARACS?

A: Avoid inhalation of the fine powder and use protective laboratory equipment such as masks and gloves to ensure safe handling and minimize risk.

Q: When does SODIUM CHLORIDE 99.5% ARACS expire?

A: This product has a shelf life of 36 months from the manufacturing date, provided it is stored in a cool, dry, and well-ventilated area.

Q: Where is SODIUM CHLORIDE 99.5% ARACS most commonly exported?

A: It is supplied to global research, academic, and industrial markets, with notable exports to North America, Europe, and Asia.

Q: What makes this product scarce or rare in the market?

A: Its unprecedented 99.5% purity, adherence to stringent AR ACS standards, and limited promotional batches contribute to its rarity and high demand among analytical professionals.