About Acetone for HPLC and Spectroscopy
This chemical is widely used in household products, including cosmetics and personal care products. We are a quality conscious organization, engaged in offering Acetone for HPLC and spectroscopy. Our skilled workforce uses finest quality compounds to process this chemical. It is used in manufacture of plastics and other industrial products. Acetone for HPLC and spectroscopy is demanded in pharmaceutical, plastic and detergent industry. We offer this chemical at affordable prices.
Features :-
- Miscible in water
- Pungent odor
- Colorless liquid
Specifications :-
- Name Of Item : ACETONE (for HPLC and spectroscopy)
- Formula : (CH3)2CO
- M.W. : 58.08
- Batch No. : A0061
- CAS NO. : 67-64-1
- Cat. No. : AL0040 02500
| Type Of Test | Standard | Observed |
| | | |
| Description | Clear colorless liquid | Clear colorless liquid |
| | | |
| | | |
| Assay (By GC) | Min 99.8% | 99.86% |
| Non-volatile matter | <0.0001% | 0.00008% |
| Acidity (CH3COOH) | <0.002% | 0.001% |
| | | |
| Water 0.04% | <0.05% | 0.03% |
| Min Transmission in a 1.0 cm cell against water at | |
| a) 330 nm | 15.00% | 23.74% |
| b) 335 nm | 55.00% | 64.14% |
| c) 340 nm | 85.00% | 89.38% |
| d) 345 nm | 95.00% | 97.21% |
| e) 350 nm | 98.00% | 98.46% |
| | | |
Results : The above product complies with HPLC grade
Exceptional Purity for Precision Analytical ResultsManufactured to exceed stringent laboratory standards, this acetone features a purity of 99.86% and near-zero non-volatile residue, ensuring minimal interference in HPLC and spectroscopic methods. This quality delivers precise, reproducible results across a multitude of analytical workflows.
Optimized for Chromatography and SpectroscopyWith a UV cutoff at 330 nm and refractive index of 1.3588 (at 20C), this laboratory-grade solvent is specifically refined for use in high performance liquid chromatography (HPLC) and various spectral techniques. Its reliable evaporation and miscibility facilitate seamless sample preparation and instrument compatibility.
Safe Storage and HandlingKeep acetone securely in a tightly sealed container, away from heat sources and direct sunlight. Its flash point is -20C (closed cup) and it rapidly evaporates at room temperature, requiring well-ventilated storage areas. Proper storage protocols preserve solvent integrity over its 36-month shelf life.
FAQ's of Acetone for HPLC and Spectroscopy:
Q: How should laboratory-grade acetone be stored to maintain its quality for HPLC and spectroscopy applications?
A: Store acetone in tightly closed containers in a cool, dry, and well-ventilated area, away from ignition sources. Proper storage maintains its purity and effectiveness throughout its 36-month shelf life.
Q: What makes this acetone grade suitable for HPLC and spectroscopic analysis?
A: This acetone offers high purity (99.86%), low residue after evaporation (<0.001%), and a UV cutoff of 330 nm, which reduces background interference in chromatographic and spectral analytical methods.
Q: When is it ideal to use acetone of this specification in the laboratory?
A: Use this high-purity acetone for sample preparation and instrument cleaning in analytical procedures, especially when minimal residue and absence of heavy metals are critical to ensure accurate results in chromatography and spectroscopy.
Q: Where can this acetone be applied beyond HPLC and spectroscopy?
A: Apart from chromatography and spectroscopy, it is widely used for cleaning laboratory glassware and dissolving both polar and non-polar compounds due to its excellent miscibility and rapid evaporation.
Q: What benefits does rapid evaporation of this acetone provide in analytical workflows?
A: Rapid evaporation aids in efficient drying of glassware and sample matrices without leaving significant residue, thereby enhancing the reliability and reproducibility of analytical results.
Q: How does the low heavy metal and non-volatile matter content benefit analytical processes?
A: Minimal heavy metal and non-volatile residue content ensures that the solvent does not introduce contaminants, which could otherwise compromise sensitive analytical readings or instrument performance.