POTASSIUM BROMIDE 0.1 MOLL (0.1N) VOLUMETRIC SOLUTION

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MOQ : 1 Milliliter

POTASSIUM BROMIDE 0.1 MOLL (0.1N) VOLUMETRIC SOLUTION Specification

Melting Point
730C

Poisonous
Yes

Taste
Saline (for Potassium Bromide solid)

Shape
Liquid Solution

Storage
Store tightly closed in a cool and dry place

Solubility
Soluble in water

Smell
Odorless

Structural Formula
K Br

Other Names
KBr Volumetric Solution

HS Code
28275100

Boiling point
1435C (for KBr solid)

Molecular Formula
KBr

Form
Liquid

Density
1 Gram per cubic centimeter(g/cm3)

Molecular Weight
119.00 g/mol

Purity
0.1 M (0.1 N) 1% as per standard

Ph Level
Neutral (~7)

Classification
Inorganic Salt Solution

Chemical Name
Potassium Bromide

CAS No
7758-02-3

EINECS No
231-830-3

Grade
Analytical Reagent (AR) / Laboratory Grade

Standard
Conforms to Analytical Reagent grade / ACS specification for volumetric solutions

Type
Volumetric Solution

Usage
Used as a standard volumetric solution for analytical chemistry

Main Material
Potassium Bromide, Deionized Water

Application
Laboratory reagent, chemical analysis, titration use

About POTASSIUM BROMIDE 0.1 MOLL (0.1N) VOLUMETRIC SOLUTION

Procure this premier POTASSIUM BROMIDE 0.1 MOLL (0.1N) Volumetric Solution for a limited time and experience unrivaled analytical performance. This potent lab reagent, precisely standardized and conforming to analytical reagent grade, delivers reduced error rates in titrimetric analysis and quantitative procedures. Prepared from high-purity potassium bromide and deionized water, it offers supreme stability and clarity. Available in secure HDPE or glass bottles (500 mL or 1 L), it is properly labeled and classified as non-hazardous for regular laboratory use. Shelf life is up to 24 months if stored in optimal conditions.

Application in Analytical Laboratories

At analytical laboratories and industrial testing plants, POTASSIUM BROMIDE 0.1 MOLL (0.1N) Volumetric Solution is utilized for titrimetric analyses and quantitative chemical assessments. Suited for a wide range of laboratory sites, this solution is used in standard analytical chemistry procedures, ensuring precise, repeatable measurements. The recommended usage type is as a standard solution for both daily routine and specialized quantitative experiments, supporting research and process control operations with its unparalleled reliability.

Export Markets and Commercial Details

POTASSIUM BROMIDE 0.1 MOLL (0.1N) Volumetric Solution is dispatched broadly across premier export markets, including India, Europe, and North America. Our FOB port is typically Mumbai, ensuring swift export outlay and competitive pricing. Payment terms include flexible options such as advance, Letter of Credit, and bank transfers, allowing seamless international transactions. Estimated delivery timelines and export documentation are handled with precision for efficient and secure order fulfillment.

FAQ's of POTASSIUM BROMIDE 0.1 MOLL (0.1N) VOLUMETRIC SOLUTION:

Q: How should POTASSIUM BROMIDE 0.1 MOLL (0.1N) Volumetric Solution be stored for maximum shelf life?

A: Store the solution tightly closed in a cool, dry place, away from direct sunlight. Proper storage ensures the product remains stable and retains its potency for up to 24 months when unopened.

Q: What are the main applications of this volumetric solution in laboratory settings?

A: POTASSIUM BROMIDE 0.1 MOLL (0.1N) is primarily used in analytical chemistry for titrimetric analysis, quantitative assays, and as a standard solution in various chemical procedures, providing accurate and repeatable results.

Q: Where can you use this solution aside from typical laboratories?

A: Besides standard analytical labs, this solution can be utilized in process control laboratories, research institutions, and industrial quality assurance sites requiring precise volumetric measurements.

Q: What is the process for preparing this volumetric solution?

A: It is prepared using high-purity potassium bromide and deionized water, followed by accurate standardization to ensure consistent concentration and analytical reliability.

Q: How does using this solution benefit laboratory operations?

A: Its unrivaled purity, stability, and precise standardization reduce errors in analytical results, enhance reliability of titrations, and facilitate compliance with international reagent standards.