1600-STOPCOCKS 1:5, T-BORE, T-SHAPE, WITH PTFE PLUG, ASTM

• Three stems sealed 90 apart to form a T.
• Supplied with solid glass plug having a T-shaped bore so that any two or all three stems can be connected at one time.

Uses:

1. Laboratory Glassware:
   • Stopcocks with a 1:5 T-bore, T-shape, and PTFE plug are fundamental components of laboratory glassware setups, providing precise control over the flow of liquids or gases in various experimental procedures.
2. Chemical Synthesis:
   • These stopcocks are used in chemical synthesis processes to control the addition of reagents, the flow of reactants, or the collection of reaction products with precision.
3. Titration Procedures:
   • In titration experiments, T-bore stopcocks with a 1:5 ratio and PTFE plug are used to control the flow of titrant during the titration process, ensuring accurate and controlled addition.
4. Liquid Chromatography (LC):
   • These stopcocks can be integrated into liquid chromatography systems to control the flow of mobile phases or eluents during separation processes.
5. Gas Chromatography (GC):
   • In gas chromatography setups, T-bore stopcocks are utilized to control the flow of carrier gases, samples, or other gases within the system.
6. Reaction Setups:
   • T-bore stopcocks with PTFE plugs are used in experimental setups where precise control of the addition or mixing of reactants is required, and the T-shape configuration allows for versatile applications.
7. Vacuum Filtration:
   • The T-shape configuration allows for more complex fluid control, making these stopcocks suitable for vacuum filtration setups where the control of multiple fluid paths is necessary.
8. Analytical Chemistry:
   • In analytical chemistry experiments, these stopcocks are used to control the flow of solutions during sample preparation or analysis.
9. Quality Control Processes:
   • Stopcocks with a 1:5 T-bore, T-shape, and PTFE plug are used in quality control procedures to precisely control the addition of standards, reagents, or solutions during analytical testing.
10. Standardization of Glassware:
    • Compliance with ASTM standards ensures that the stopcocks meet specific quality and safety criteria, contributing to the standardization of laboratory glassware.
11. Educational Demonstrations:
    • These stopcocks are used in educational settings to demonstrate principles of fluid control and precision in laboratory experiments, especially in setups involving T-shaped fluid control.