Flow Control Adapter PTFE Stopcock 90° Angle 14/20 Inner CG-1030-14 Chemglass

Item Description

Elevate your laboratory precision with the CG-1030-14 flow control adapter, a meticulously designed tool for regulating the flow of gases or liquids in reaction systems. Featuring a 90° angle, 14/20 inner joint, and a 2 mm PTFE stopcock, this adapter is an essential addition to any laboratory setup. Its robust construction and versatile design make it ideal for a wide range of scientific applications.

Key Features:

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

• 2 mm PTFE Stopcock: Provides precise control over the flow of gases or liquids, enhancing experimental accuracy.

• 90° Angle Design: Facilitates efficient integration into complex laboratory setups.

• Serrated Hose Connection: Features an 8 mm outer diameter at the middle serration, allowing for easy attachment to tubing.

• Durable PTFE Construction: Chemically resistant and built to withstand rigorous use in demanding environments.

Laboratory Applications:

1. Gas Flow Regulation:

   • Precisely control the introduction of gases into reaction systems, ensuring optimal conditions for chemical reactions.

2. Liquid Flow Control:

   • Manage the addition of liquids into reaction vessels with precision, minimizing the risk of overflows or contamination.

3. Vacuum Applications:

   • Use in vacuum systems to regulate the flow of gases or liquids under reduced pressure.

4. Filtration Systems:

   • Integrate into filtration setups to control the flow of solvents or reagents during separation processes.

5. Sample Preparation:

   • Prepare samples for analysis by ensuring controlled and contamination-free transfer of materials.

Experiment Ideas:

1. Controlled Gas Reactions:

   • Introduce gases into reaction vessels at precise rates to study reaction kinetics or optimize synthesis conditions.

2. Vacuum Filtration:

   • Use the adapter to regulate the flow of solvents during vacuum filtration, ensuring efficient separation of solids and liquids.

3. Catalysis Studies:

   • Add gaseous or liquid reactants to catalytic systems in a controlled manner to study reaction mechanisms.

4. Degassing Solutions:

   • Remove dissolved gases from liquids by connecting the adapter to a vacuum source.

5. Solvent Recovery:

• Reclaim solvents during evaporation processes by controlling the flow into recovery systems.