Sodium Sulfite Anhydrous ER ACS Qualigens

Sodium Sulfite Anhydrous ER ACS Qualigens Specification

Molecular Formula
H14Na2O10S

Density
2.630 Gram per cubic centimeter(g/cm3)

Molecular Weight
126.04

CAS No
7757 83 7

Size
500 g

Ph Level
9 11 5 w v solution in carbon dioxide free water

Usage
Laboratory

Storage Instructions
RT

Melting Point
500 C

Packaging Type
Plastic Bottle

Grade
AR (Analytical)

Type
Anhydrous

Application
Laboratory

Appearance
White solid powder

Packaging Size
500 g

Chemical Formula
NaSO

Solubility
Soluble in water

Sodium Sulfite Anhydrous ER ACS Qualigens Trade Information

Minimum Order Quantity
1 Kilograms

FOB Port
JAIPUR

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Telegraphic Transfer (T/T)

Supply Ability
100 Kilograms Per Day

Delivery Time
7 Days

Sample Policy
Contact us for information regarding our sample policy

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

About Sodium Sulfite Anhydrous ER ACS Qualigens

Sodium Sulfite Anhydrous ER ACS Qualigens stands as a top-ranking and sensational choice for laboratories requiring analytically pure reagents. Featured for its exquisite solubility in water and reliable AR (Analytical Reagent) grade, this popular chemical appears as a white solid powder with outstanding stability. With a molecular formula of NaSO and a melting point of 500C, it excels in precision-driven laboratory applications. Packaged securely in a 500 g plastic bottle, this product ensures premium quality from trusted distributors, exporters, and manufacturers across India.

Areas of Application and Features

Sodium Sulfite Anhydrous ER ACS Qualigens is exquisitely formulated for laboratory use, particularly in analytical and research settings where high purity is essential. Its anhydrous nature and high solubility make it ideal for sensitive procedures. As a top-ranking AR grade chemical, it is widely adopted for reagent preparation, sample preservation, and various analytical processes, adding reliability and precision to laboratory outcomes. Its stable white powder form and easy handling further enhance laboratory efficiency.

Export Market Excellence and Packaging

Delivering a premium laboratory experience, Sodium Sulfite Anhydrous ER ACS Qualigens is widely exported to global markets. Our sample policy encourages collaborative exchanges, ensuring confidence prior to large-scale supply. Each 500 g batch is meticulously packaged in sturdy plastic bottles, maintaining product integrity during transit. Its popularity as a laboratory reagent makes it a featured export, highly regarded by clients worldwide for its consistent quality and exceptional performance in scientific research.

FAQ's of Sodium Sulfite Anhydrous ER ACS Qualigens:

Q: What are the main laboratory uses of Sodium Sulfite Anhydrous ER ACS Qualigens?

A: Sodium Sulfite Anhydrous ER ACS Qualigens is primarily used as a reducing agent, preservative, and analytical reagent in laboratories, ensuring accurate and controlled experimental results.

Q: How should Sodium Sulfite Anhydrous be stored to retain its quality?

A: This product should be stored at room temperature (RT) in its original plastic bottle, away from moisture and carbon dioxide to maintain its anhydrous state and effectiveness.

Q: Where is Sodium Sulfite Anhydrous ER ACS Qualigens commonly exported?

A: It is exported to various international markets, especially those requiring premium laboratory-grade chemicals, with India serving as a prominent supplier and exporter.

Q: What is the process for obtaining a sample before a bulk purchase?

A: You may request a sample under our exchange-oriented sample policy. This allows clients to evaluate the product quality before committing to larger procurement.

Q: What benefits does the Analytical Reagent (AR) grade provide for laboratory usage?

A: The AR grade guarantees a high level of purity, making it suitable for precise analytical work and ensuring dependable performance in sensitive laboratory measurements.

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