As per ASTM standards E – 676
| Part No. |
Female Joint |
Approx. O.D. of Tube (mm) |
Total Length (mm) |
Pack QTY. |
| 1080-12F |
12/30 |
16 |
120±10 |
10 |
| 1080-14F |
14/20 |
18 |
120±10 |
10 |
| 1080-19F |
19/22 |
22 |
120±10 |
10 |
| 1080-24F |
24/25 |
28 |
125±10 |
10 |
| 1080-29F |
29/26 |
32 |
135±15 |
10 |
| 1080-34F |
34/28 |
38 |
135±15 |
10 |
| 1080-40F |
40/35 |
50 |
150±15 |
10 |
Here are some common uses for such joints in laboratory settings:
- Chemical Synthesis: These joints are commonly used in chemical synthesis setups where different glassware components need to be connected securely for reactions, distillations, or other chemical processes.
- Distillation and Fractionation: In distillation and fractionation apparatus, these joints are employed to connect components such as distillation columns, condensers, and receiving flasks, ensuring a tight seal to maintain the desired conditions.
- Laboratory Glassware Assembly: Researchers often assemble custom glassware setups for specific experiments. Medium-length female interchangeable joints allow for the flexibility to connect and disconnect various glass components easily.
- Vacuum Systems: These joints are crucial in vacuum applications where a reliable seal is necessary. Vacuum filtration setups, rotary evaporators, or other vacuum-based processes benefit from the use of these joints to maintain a vacuum-tight connection.
- Research and Development: Laboratories involved in research and development activities may use these joints for prototyping and testing new equipment. The interchangeability of the joints allows for experimentation and modification of configurations.
- Educational Laboratories: In educational laboratories, these joints are commonly used for teaching purposes, as they allow students to assemble and disassemble glassware setups for various experiments and demonstrations.
- Analytical Instrumentation: Some laboratory instruments and analytical setups may use these joints for connecting different components, ensuring precision and reliability in analytical techniques.
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