Description
Specifications Table
Product Name – Potassium Acetate ER
Quantity/Pack Size – 500gm
Form – Powder
Grade – Laboratory Grade
Application – Chemical Reagent, Buffer Preparation, Analytical Use
Product Overview
Potassium Acetate ER is a high-quality laboratory-grade chemical reagent renowned for its exceptional purity, solubility, and chemical stability. Its carefully controlled formulation minimizes impurities, ensuring reproducible and reliable outcomes in laboratory experiments. The powdered form allows for precise measurement, easy handling, and smooth incorporation into chemical processes, maintaining consistent performance and reagent integrity. Potassium Acetate ER demonstrates excellent stability under proper storage conditions, retaining its chemical properties and effectiveness over extended periods. Its compatibility with a wide range of laboratory solvents and reagents enhances its versatility for multiple chemical and analytical applications. The reagent’s high solubility and reactivity support precise buffer preparation, chemical reactions, and analytical procedures, providing dependable and consistent results. Stringent quality control measures guarantee batch-to-batch uniformity, giving researchers confidence in the accuracy and reliability of their experiments. The combination of purity, stability, and functional versatility makes Potassium Acetate ER an essential reagent for laboratories requiring dependable chemicals for accurate chemical operations and analytical workflows. Overall, it offers superior quality, reproducibility, and usability, making it a critical reagent for controlled chemical processes and reliable laboratory performance.
FAQs
1. What are the main applications of Potassium Acetate ER?
It is primarily used as a chemical reagent for buffer preparation, chemical reactions, and analytical procedures in laboratories.
2. Is Potassium Acetate ER compatible with common laboratory solvents?
Yes, it works effectively with most organic and aqueous solvents under controlled laboratory conditions.
3. Are there alternative reagents for similar applications?
Alternatives include other acetate salts or laboratory-grade buffering agents depending on the experimental requirements.
4. How should Potassium Acetate ER be stored?
Store in a cool, dry place, tightly sealed, away from moisture, heat, and light to maintain stability and effectiveness.
5. Where can high-quality Potassium Acetate ER be sourced?
It can be sourced from reputable laboratory suppliers offering certified, laboratory-grade chemical reagents for reliable experimental use.
