Fritted Inlet Adapter 14/20 Inner Joint Chemglass CG-1011-14 Liquid Transfer

Item Description

Optimize your laboratory processes with the CG-1011-14 fritted inlet adapter, a precision-engineered tool designed to enhance the efficiency and safety of your experimental setups. Featuring a 14/20 inner joint and a 65 mm height, this adapter is an essential addition to any laboratory, offering versatility and reliability for a wide range of applications.

Key Features:

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

• Extra Coarse Fritted Disc: Prevents solids from entering the system, ensuring clean and efficient operations.

• Serrated Hose Connection: Features a 10 mm outer diameter at the largest serration, allowing for easy attachment to tubing.

• Durable Glass Construction: Chemically resistant and built to withstand rigorous laboratory use.

• Compact Design: With a height of 65 mm, it is ideal for setups with limited space.

Laboratory Applications:

1. Gas Introduction:

   • Safely introduce gases into reaction systems while preventing solid contaminants from entering.

   • Commonly used in chemical synthesis and analytical experiments.

2. Vacuum Applications:

   • Connect to vacuum systems for filtration or degassing processes, ensuring clean and efficient operation.

3. Liquid Transfer:

   • Facilitate the controlled addition of liquids into reaction vessels without introducing particulates.

4. Filtration Systems:

   • Use as part of a filtration setup to ensure that only clean gases or liquids enter the system.

5. Sample Preparation:

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

Experiment Ideas:

1. Gas Purification:

   • Introduce purified gases into reaction systems for sensitive chemical reactions.

2. Vacuum Filtration:

   • Use the adapter in vacuum filtration setups to prevent solid particles from contaminating the system.

3. Controlled Reactions:

   • Add reagents or gases to reaction vessels in a controlled manner, ideal for organic synthesis.

4. Degassing Solutions:

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

5. Catalysis Studies:

• Introduce gaseous reactants into catalytic systems while maintaining a clean environment.