25mL Heavy Wall Single Neck Evaporating Recovery Flask Chemglass CG-1512-53

Item Description

Elevate your laboratory efficiency with the CG-1512-53 heavy-wall single-neck recovery evaporating flask, a precision-engineered tool designed for use with rotary evaporators. With its 25 mL capacity and 14/20 outer joint, this flask is ideal for small-scale evaporation tasks, offering durability and reliability for a wide range of scientific applications. Its robust construction ensures safety and performance under demanding conditions.

Key Features:

• 25 mL Capacity: Compact size, perfect for small-scale experiments and sample preparation.

• 14/20 Outer Joint: Ensures a secure and leak-free connection with compatible glassware.

• Heavy-Wall Construction: Provides exceptional durability, making it suitable for vacuum applications and high-temperature processes.

• Balanced Design: Minimizes run-out during rotation, ensuring smooth and efficient operation in rotary evaporators.

• Chemical Resistance: Withstands exposure to a wide range of solvents and reagents, ensuring long-lasting performance.

Laboratory Applications:

1. Solvent Recovery:

   • Efficiently reclaim solvents during evaporation processes, reducing waste and laboratory costs.

2. Sample Concentration:

   • Remove excess solvents from reaction mixtures, leaving behind concentrated solutions for further analysis or experimentation.

3. Vacuum Applications:

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

4. Thermal Stability Testing:

   • Test the thermal resistance of chemical solutions or materials under high-temperature evaporation conditions.

5. Chemical Synthesis:

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

Experiment Ideas:

1. Vacuum Distillation:

   • Recover high-purity solvents by distilling under vacuum conditions to reduce boiling points and improve efficiency.

2. Concentration of Extracts:

   • Remove solvents from plant or chemical extracts to prepare concentrated active ingredients.

3. Synthesis Work:

   • Use in organic synthesis reactions to isolate and purify products via rotary evaporation.

4. Chemical Stability Analysis:

   • Subject chemical compounds to controlled evaporation processes to study thermal properties and stability.

5. Pharmaceutical Research:

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