Dimethyl sulphoxide GC-HS

Dimethyl sulphoxide (67-68-5) MF: (CH3)2SO | MW: 78.13, Buy now for consistent and accurate results from Bluster. All Bluster Products are exclusively distributed by Dawn Scientific Inc.

Dimethyl sulfoxide (DMSO) GC-HS is a clear and colorless organic solvent with polar properties. The chemical formula for Dimethyl sulphoxide GC-HS Grade is (CH3)2SO. This solvent has the ability to dissolve both polar and bipolar compounds and is soluble in water as well as a variety of organic solvents. In brief, it is commonly referred to as DMSO and is also known by other names such as Methanesulfinylmethane, Methyl sulfoxide, Dimethyl(oxido)sulfur, and DMSO. Dimethyl sulfoxide (DMSO) GC-HS grade finds extensive applications, particularly in analytical chemistry, specifically in gas chromatography and headspace analysis.

Bluster offers proprietary products specifically designed to suit the needs of GC and GC-Headspace methods. In order to maximize the signal-to-noise ratio in critical retention time windows, Bluster products are systematically validated for ECD, FID, and MS detection. The Bluster series headspace solvents are specially developed for gas chromatography and are tailored for the determination of residual solvents in pharmaceuticals and excipients, as well as pesticide residue analysis according to Ph. Eur., USP, and EPA. Solvent manufacturing for Bluster is based on a new and unique design of an ultra-pure solvent production head which assures the highest solvent purity. All of this ensures that all results from all analyses are accurate, reliable, and highly?reproducible.

Application :

• Dimethyl Sulfoxide GC-HS grade can be used as a standard for headspace analysis to accurately quantify residual DMSO levels in many products.
• It can be present as a volatile organic compound in various matrices. GC-HS analysis using DMSO as a standard enables the quantification of other volatile compounds present in samples, particularly in industrial applications.
• It serves as a versatile solvent and reaction medium in organic synthesis.

Benefits :

• High purity, minimizing interference in analytical techniques
• Minimal impurities reduces the risk of contamination
• Low UV absorbances and low water content
• Dissolve both polar and non-polar compounds