About ACETIC ACID GLACIAL FOR HPLC
Our enterprise is run by a team of highly qualified personnel, helps us in offering Acetic Acid Glacial For HPLC. It is one of the most sought after class of chemical, known for its exceptionally high chemical purity. Also, this chemical has far superior kinetics, reaction mechanic and concentration variable like normality and dissociation & ionization variable. Acetic Acid Glacial For HPLC is known to be highly effective in analysis of trace metals and is used in the roles of substrates, catalysts and promoters among others.
Features:
- Low boiling point
- Miscible in water
- Longer shelf life
Technical Detail :
- ACETIC ACID GLACIAL FOR HPLC 500 ml
- C2H4O2 M.W. 60.05 2.5 Ltr
- Minimum assay(GC) 99.8%
- Identity IR p/t.
- Maximum limit of Impurities :
- APHA colour 10
- Non-volatile matter 0.001%
- Water(H2O) 0.05%
- UV spectrum (1 cm cell; Ref.: water)
- l (nm) 254 280 300
- T (%) 25 95 98
- Data of interest in HPLC :
- UV-Cut off 250 nm
- Rohrschneider Polarity 6.0
- Sol. H2O in solv. at 200C miscible
- Microfiltered product (0.2 mm) and bottled
- under nitrogen atmosphere.
- For critical jobs, purge with nitrogen
- CAS : 64-19-7 HAZ/UN : 8/2789 TARIFF : 2915 21 00
- R : 10 - 35 S : 23c-26-45 F : 4
Exceptional Purity for Accurate Analytical ResultsThis HPLC-grade Acetic Acid Glacial offers outstanding purity-99.8% minimum by GC-with exceptionally low levels of water, acetaldehyde, chlorides, and metal impurities. Its compliance with stringent HPLC UV absorbance standards ensures minimal background interference, making it a top choice for sensitive laboratory assays and chromatographic separations.
Versatile Laboratory ApplicationsPrimarily used as a solvent in High Performance Liquid Chromatography, this reagent-grade acetic acid can also be utilized in a variety of analytical procedures. Its excellent miscibility and high purity guarantee compatibility with diverse laboratory protocols, supporting research, chemical analysis, and quality control across various scientific fields.
Safe Storage and Handling PracticesTo maintain optimal quality, Acetic Acid Glacial for HPLC should be stored in a tightly closed container, in a cool and well-ventilated place, away from incompatible substances. Following proper storage practices ensures safety and stability throughout its 24-month shelf life, preserving the reagent's integrity for laboratory use.
FAQ's of ACETIC ACID GLACIAL FOR HPLC:
Q: How should Acetic Acid Glacial for HPLC be stored to maintain quality?
A: Store the acetic acid in a cool, well-ventilated area, ensuring the container remains tightly closed. This helps preserve its purity and extends its shelf life up to 24 months from the manufacturing date.
Q: What are the benefits of using Acetic Acid Glacial of HPLC grade in analytical work?
A: The HPLC-grade ensures extremely high purity (99.8% min) with minimal impurities, leading to greater accuracy, reliable separation, and reduced background interference in high-performance liquid chromatography and other sensitive laboratory procedures.
Q: When is Acetic Acid Glacial typically used in the laboratory?
A: This reagent is primarily used as a solvent for High Performance Liquid Chromatography (HPLC) and is also valuable for various analytical techniques requiring minimal contamination and precise results.
Q: Where is this product most commonly applied?
A: Acetic Acid Glacial for HPLC is widely used in scientific laboratories, pharmaceutical analysis, research and development units, and quality assurance labs across industries requiring high-precision chemical analysis.
Q: What is the process to ensure its analytical grade quality?
A: The production process involves distillation, purification, and rigorous testing to confirm water content, heavy metals, and organic impurities are below strict limits, ensuring HPLC-grade quality as outlined by the UV absorbance and chemical specifications.
Q: How is Acetic Acid Glacial for HPLC typically used in High Performance Liquid Chromatography?
A: It is employed as a mobile phase component or solvent, facilitating analyte separation and ensuring clarity with minimal contamination. Its high miscibility with water and other solvents enhances versatility in developing HPLC methods.