POTASSIUM HYDROXIDE IN ETHANOL 0.5M (0.5N) STANDARDIZED SOLUTION traceable to NIST

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POTASSIUM HYDROXIDE IN ETHANOL 0.5M (0.5N) STANDARDIZED SOLUTION traceable to NIST

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MOQ : 1 Milliliter

POTASSIUM HYDROXIDE IN ETHANOL 0.5M (0.5N) STANDARDIZED SOLUTION traceable to NIST Specification

Storage
Store in tightly closed container, in a cool, dry place, away from moisture and direct sunlight

Form
Solution

Melting Point
Not applicable (solution)

Density
0.79 Gram per cubic centimeter(g/cm3)

HS Code
38220090

Smell
Ethanolic odor

Boiling point
78C (ethanol base)

Shape
Liquid

Purity
0.5M (0.5N) standardized value

Structural Formula
KOH + C2H5OH (solution)

Other Names
KOH in Ethanol 0.5M, Potash solution in ethanol

Taste
Not to be tasted

Molecular Formula
KOH in C2H5OH

Poisonous
Yes

Molecular Weight
KOH: 56.11 g/mol; Ethanol: 46.07 g/mol

Solubility
Completely soluble in ethanol

Ph Level
>13 (strongly alkaline)

Classification
Corrosive, irritant

Chemical Name
Potassium hydroxide in ethanol

CAS No
1310-58-3 (KOH), 64-17-5 (Ethanol)

EINECS No
215-181-3 (KOH component)

Grade
Analytical/Reagent grade

Standard
Standardized against NIST (National Institute of Standards and Technology)

Type
Standardized solution

Usage
For calibration, volumetric analysis, and research laboratories

Main Material
Potassium hydroxide in ethanol

Application
Analytical reagent for titration and standardization

About POTASSIUM HYDROXIDE IN ETHANOL 0.5M (0.5N) STANDARDIZED SOLUTION traceable to NIST

Experience the ephemeral assurance of this immaculate POTASSIUM HYDROXIDE IN ETHANOL 0.5M (0.5N) STANDARDIZED SOLUTION, traceable to NIST. Through valiant precision and standardized calibration, this analytical-grade reagent delivers ineffable consistency. Each offer includes sealed, chemical-resistant bottles, featuring clear batch markings, expiry dates, and an extended 12-month shelf life for reliable usability. The clear, colorless to pale yellow solution is completely soluble in ethanol, ensuring flawless performance in titration and calibration applications. Adhering to strict regulatory standards, each markdown batch is expertly prepared to meet diverse laboratory needs across India.

Versatility in Use and Analytical Excellence

This standardized solution is meticulously crafted for laboratories prioritizing accuracy and compliance. Ideal for calibration, volumetric analysis, and titration, its application spans academic, industrial, and R&D environments. Traceability to NIST guarantees high analytical value, while added featureslike precise batch labeling and potent reactivityensure trustworthy outcomes. The solutions potent alkalinity and ethanolic base make it suitable for a broad array of analytical media, facilitating reliable research and routine quality checks.

Delivery & Supply: Swift Market Value Distribution

Our POTASSIUM HYDROXIDE IN ETHANOL 0.5M (0.5N) solution epitomizes quick dispatch and reliable transport services. With consistent supply ability across India, we strive to enhance your market value through prompt delivery. Each unit is meticulously packaged in sturdy, chemical-resistant containers, ensuring uncompromised safety during transit. Flexible volume options and efficient distribution processes are designed to meet the demands of distributors, retailers, laboratories, and researchers, guaranteeing on-time project execution and sustained operational excellence.

FAQs of POTASSIUM HYDROXIDE IN ETHANOL 0.5M (0.5N) STANDARDIZED SOLUTION traceable to NIST:

Q: How is the POTASSIUM HYDROXIDE IN ETHANOL 0.5M (0.5N) solution standardized and traceable?

A: This solution is accurately standardized and traceable to official NIST standards, ensuring reliable and reproducible results across all analytical and calibration applications.

Q: What are the recommended applications for this standardized solution?

A: It is primarily used for titration, calibration, volumetric analysis, and as an analytical reagent in research and chemical laboratories, providing validated performance and precision.

Q: When should I replace the solution, and how is shelf life determined?

A: The solution should be used within 12 months from the date of manufacture. Each batch includes an expiry date for easy reference, ensuring maximum reliability and performance.

Q: Where should the solution be stored to maintain efficacy?

A: Store the solution tightly closed in a cool, dry place away from moisture and direct sunlight, maintaining the integrity and precise concentration for laboratory applications.

Q: What safety precautions should I consider when handling this reagent?

A: Due to its corrosive and flammable properties, always use suitable protective gloves, goggles, and a lab coat. Follow proper handling protocols to prevent skin burns or eye damage.

Q: How does specialized packaging benefit users during transport and use?

A: The solution is sealed in chemical-resistant, leak-proof bottles, offering enhanced safety during handling and transport, and preserving chemical stability throughout the products shelf life.

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