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SOAP SOLUTION ACCORDING TO CLARKE

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MOQ : 1 Milliliter

SOAP SOLUTION ACCORDING TO CLARKE Specification

Boiling point
Approx. 100C (as aqueous solution)

Structural Formula
RCOONa (where R is alkyl group)

Form
Solution

Ph Level
10-11

Storage
Store in a cool, dry place in tightly closed container

Melting Point
Not applicable (liquid solution)

Purity
Prepared to analytical standards for Clarkes method

Smell
Faint, characteristic soapy odor

Solubility
Completely soluble in water

Molecular Formula
Variable compositiontypically C17H35COONa (sodium stearate), C15H31COONa (sodium palmitate)

Shape
Liquid

Taste
Soapy

Poisonous
Yes

Molecular Weight
Soap content varies; sodium stearate MW: 306.48 g/mol

Other Names
Standard Soap Solution, Clarkes Soap Solution

Density
1.01 Gram per cubic centimeter(g/cm3)

HS Code
3402

Classification
Reagent, chemical solution

Chemical Name
Soap Solution

CAS No
Not assigned

EINECS No
Not assigned

Grade
Laboratory grade

Standard
Preparation as per Clarkes method

Type
Laboratory reagent solution

Usage
Preparation of standard soap solution for titration and water analysis

Main Material
Sodium oleate, sodium palmitate (soap components) in distilled water

Application
Used for water hardness testing, laboratory experiments, and chemical analysis

Compatibility
Compatible with standard titration reagents

Color
Clear to slightly milky

Packaging Size
Customizabletypically 250 mL, 500 mL, or 1 L bottles

Shelf Life
6 months under recommended storage

Recommended Temperature
Ambient laboratory temperature

Safety Guidelines
Avoid contact with eyes; rinse with water if exposed

Concentration
Standardized; commonly 10 g/L for Clarkes method

Preparation Method
Dissolve specified amount of soap in distilled water, filtered, and standardized as per Clarke's instructions

Container Type
Glass bottles or plastic reagent containers

About SOAP SOLUTION ACCORDING TO CLARKE

Select the rare, laboratory-grade Soap Solution According to Clarke-an essential reagent renowned for its accuracy and consistency in water hardness analysis. Each grand container is crafted with pure sodium oleate and sodium palmitate dissolved and standardized as per Clarke's majestic instructions, ensuring compatibility with standard titration reagents. Bargain for lasting clarity: clear to slightly milky appearance, customizable packaging sizes (250 mL, 500 mL, 1 L), and stable shelf life up to 6 months. Choose reliability and tradition for all your analytical needs in laboratories across India.

Versatile Applications and Usage Locations

Soap Solution According to Clarke finds extensive applications in water hardness testing, chemical studies, and laboratory experiments. Its primary usage as a standard titration reagent is complemented by its adaptability in academic, environmental, and industrial laboratories. This laboratory-grade solution ensures precise results, making it ideal for both research and quality assurance. Suitable for use in universities, water analysis facilities, and chemical research centers, it delivers consistent and reliable performance across various testing environments.

FOB Port Details, Payment, and Sample Policy

Our Soap Solution According to Clarke can be shipped from major Indian FOB ports. Proposal amount can vary depending on packaging and quantity. We accommodate flexible payment terms, including advance payment and secure transactions. Sample policy allows for evaluation prior to full order handover: a sample can be provided on request, with charges deductible upon placing a bulk order. Our streamlined shipping ensures your order is properly packed and efficiently handed over for delivery.

FAQ's of SOAP SOLUTION ACCORDING TO CLARKE:

Q: How is Soap Solution According to Clarke prepared and standardized?

A: It is prepared by dissolving a specified amount of soap in distilled water, filtered, and standardized following Clarke's renowned instructions to achieve a typical concentration of 10 g/L.

Q: What are the primary applications of this soap solution in laboratories?

A: The main application is for determining water hardness via titration, but it is also used in chemical analysis, laboratory experiments, and educational research.

Q: When should the solution be replaced or discarded?

A: Replace the solution after 6 months or earlier if any change in appearance or effectiveness is observed, ensuring analytical integrity is maintained.

Q: Where should the solution be stored for optimal shelf life?

A: Store the soap solution in a cool, dry place in tightly closed glass or plastic containers to maintain its efficacy over the recommended 6-month shelf life.

Q: What are the benefits of using Soap Solution According to Clarke for water analysis?

A: It offers standardized, reliable titration results, is easy to dissolve in water, and is fully compatible with standard reagents, delivering consistent analytical performance.