PTFE Rotary Evaporator Microwave Vial Chemglass CG-1318-A-10 Solvent Recovery

Item Description

Enhance your laboratory efficiency with the CG-1318-A-10 PTFE rotary evaporator adapter, specifically designed to connect microwave vials to rotary evaporator bump traps. This adapter is a must-have for researchers and chemists seeking precision and reliability in their evaporation and sample preparation processes. Its innovative design and durable construction make it an essential tool for modern laboratories.

Key Features:

• 24/40 Standard Taper Joint: Ensures a secure and leak-free connection to rotary evaporator bump traps.

• PTFE Construction: Chemically resistant and durable, ideal for handling a wide range of solvents and reagents.

• Threaded Black Acetal Compression Cap: Provides a tight seal and accommodates the flange fitting on microwave vials.

• Versatile Compatibility: Designed to work seamlessly with microwave vials, making it suitable for specialized applications.

• Precision Engineering: Minimizes the risk of contamination and ensures efficient sample processing.

Laboratory Applications:

1. Microwave Vial Evaporation:

   • Connect microwave vials to rotary evaporators for efficient solvent removal.

   • Ideal for small-scale sample preparation and concentration.

2. Solvent Recovery:

   • Reclaim solvents from microwave vials during evaporation processes, reducing waste and costs.

3. Sample Concentration:

   • Remove excess solvents from reaction mixtures, leaving behind concentrated samples for further analysis.

4. Vacuum Applications:

   • Perform evaporation under reduced pressure, ensuring safety and efficiency in sensitive experiments.

5. Chemical Synthesis:

   • Use in organic synthesis workflows to isolate and purify reaction products.

Experiment Ideas:

1. Microwave-Assisted Reactions:

   • Conduct reactions in microwave vials and use the adapter to transfer the contents to a rotary evaporator for solvent removal.

2. Solvent Purification:

   • Purify solvents by evaporating impurities under vacuum conditions.

3. Sample Preparation for Analysis:

   • Prepare samples for chromatography or spectroscopy by concentrating solutions in microwave vials.

4. Thermal Stability Testing:

   • Test the thermal properties of compounds by evaporating solvents at controlled temperatures.

5. Pharmaceutical Research:

• Concentrate drug formulations or isolate active ingredients for further study.

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