Potassium hydroxide, 0.1 N volumetric solution in ethanol BAKER ANALYZED™ reagent | BAKR5645-02 | Avantor

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Potassium hydroxide, 0.1 N volumetric solution in ethanol BAKER ANALYZED™ reagent | BAKR5645-02 | Avantor

0.1N KOH volumetric solution in ethanol, Baker Analyzed™ grade. Ideal for titrations and analytical applications requiring high precision.

Category Brand:

20,242.00

Description

Specifications Table

Product NamePotassium hydroxide, 0.1 N volumetric solution in ethanol BAKER ANALYZED™ reagent
Pack Size1 L
FormLiquid
GradeBAKER ANALYZED™
ApplicationVolumetric analysis, titrations, laboratory research

Product Description

When precision matters in your lab work, the Potassium hydroxide 0.1N volumetric solution in ethanol from Avantor’s BAKER ANALYZED™ line delivers unmatched accuracy. This ready-to-use solution eliminates the need for time-consuming preparation, ensuring consistent results in titrations and analytical procedures. Whether you’re a student, researcher, or educator, this reagent simplifies your workflow while maintaining the highest standards of quality.

The ethanol-based formulation enhances solubility and stability, making it ideal for applications where water-based solutions may interfere. As a BAKER ANALYZED™ product, it undergoes rigorous testing to meet strict purity benchmarks, so you can trust its performance in critical experiments. From acid-base titrations to saponification value determinations, this solution is a staple in analytical chemistry labs.

At eqipped, we understand the importance of reliable reagents in scientific research. That’s why we source only from trusted brands like Avantor, ensuring you receive products that meet global laboratory standards. Need a dependable KOH solution for your next experiment? Order today and experience the difference precision makes.

Key Applications

This 0.1N KOH volumetric solution is widely used in:

  • Acid-base titrations in analytical chemistry
  • Determination of saponification values in fats and oils
  • Neutralization reactions in research and quality control
  • pH adjustment in biochemical assays
  • Esterification and transesterification processes

Why This Solution Stands Out

Unlike generic KOH solutions, this BAKER ANALYZED™ reagent offers:

  • Pre-standardized concentration for immediate use
  • Ethanol solvent for enhanced stability and compatibility
  • Certificate of Analysis (CoA) with each batch for traceability
  • Low impurity levels to prevent interference in sensitive tests

Safety and Handling

Potassium hydroxide is a strong base and requires careful handling. Always wear appropriate PPE, including gloves and eye protection, when using this solution. Store in a cool, dry place away from acids and moisture. In case of skin contact, rinse immediately with plenty of water.

Order Your 0.1N KOH Solution Today

Don’t let inconsistent reagents compromise your results. Upgrade to a BAKER ANALYZED™ volumetric solution for reliable, reproducible data every time. With eqipped, you get authentic Avantor products delivered to your lab with ease. Shop now and take the guesswork out of your titrations!

FAQs

What is the shelf life of this 0.1N KOH solution?

The solution remains stable for up to 12 months when stored properly in its original container. Always check the expiration date on the label.

Can I use this for food or pharmaceutical testing?

Yes, the BAKER ANALYZED™ grade meets the purity requirements for food and pharmaceutical applications, but ensure compliance with your specific industry regulations.

How do I standardize this solution if needed?

While pre-standardized, you can verify the concentration using a primary standard like potassium hydrogen phthalate (KHP) for critical applications.

Is this solution compatible with aqueous samples?

The ethanol base may require dilution or adjustment when used with aqueous samples. Consult your protocol for specific guidelines.

What’s the difference between this and water-based KOH solutions?

Ethanol-based solutions offer better solubility for organic compounds and reduced water interference in certain reactions, making them ideal for specific analytical methods.

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