Product Description
A polar aprotic solvent with unique properties, extensively used in pharmaceuticals and chemical synthesis.
Applications:
- Pharmaceutical formulations
- Chemical reactions and synthesis
- Polymer production
- Biotechnology research
- Industrial cleaning
Versatile ApplicationsDMSO's unique solvency and compatibility with diverse materials make it essential in pharmaceuticals, chemical synthesis, and laboratories. It seamlessly facilitates chemical reactions, serves as a carrier for drug delivery, and acts as an anti-inflammatory agent. Its neutral pH and high purity enable safe and effective use across a range of technical and scientific domains.
High Purity and StabilitySupplied at 99.9% purity and with a stability of up to 24 months, DMSO maintains integrity throughout its shelf life. Its quick drying time, neutral pH, and characteristic mild odor make it reliable for various processes. Carefully packaged in HDPE drums or glass bottles, it meets rigorous quality requirements for research and industry professionals.
Safe Handling and StorageThough DMSO is highly useful, it is classified as an irritant. Proper handling, with protective gloves and eyewear, is essential. Keep DMSO stored in a cool, dry place away from direct sunlight to ensure safety and product longevity. Its physical and chemical stability make it suitable for long-term storage under recommended conditions.
FAQ's of DMSO (Dimethyl Sulfoxide):
Q: How should DMSO be handled and stored safely?
A: DMSO should be handled with suitable personal protective equipment such as gloves and safety goggles, as it is an irritant. Always store it in a cool, dry place away from direct sunlight, ideally in properly sealed HDPE drums or glass bottles, to preserve quality and safety.
Q: What applications is DMSO commonly used for?
A: DMSO is primarily used as a solvent in pharmaceutical manufacturing, a chemical intermediate, a laboratory reagent, and as a carrier for drug delivery systems. It also finds use as an anti-inflammatory agent in certain pharmaceutical formulations.
Q: When is DMSO chosen as a solvent in laboratory or industrial settings?
A: DMSO is selected when high solvency, miscibility with water or organic solvents, and a stable, neutral pH are required. Its ability to dissolve a wide range of materials, coupled with its quick drying nature, makes it advantageous in various research and production environments.
Q: Where does the raw material for DMSO originate?
A: DMSO is synthesized from sulfur-based compounds, ensuring chemical integrity and consistent supply for pharmaceutical and laboratory use. Reliable manufacturing practices contribute to its high purity and efficacy.
Q: What is the recommended process for using DMSO in applications?
A: DMSO can be used directly or diluted according to application requirements. For chemical reactions or drug delivery, follow specific procedural guidelines to ensure proper concentration and safe handling. Always consult application protocols relevant to your industry.
Q: What are the main benefits of using DMSO in pharmaceutical and laboratory processes?
A: DMSO is valued for its broad solvency, quick drying time, high purity, and chemical stability. These properties contribute to efficient reactions, improved delivery of active compounds, and versatility across a wide spectrum of scientific and industrial uses.
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