Chemical Resistant
| PART No. | FEMALE size | MALE size | Pack(Qty) |
| 1990-19F14M | 19/22 | 14/20 | 10 |
| 1990-24F14M | 24/40 | 14/20 | 10 |
| 1990-24F19M | 24/40 | 19/22 | 10 |
| 1990-29F24M | 29/42 | 24/40 | 10 |
| 1990-45F24M | 45/50 | 24/40 | 10 |
- Some Uses:
- Thermal Expansion Experiments:
- An “expansion adapter” may be designed for experiments involving thermal expansion. Ground joints ensure a secure and leak-free connection, and the adapter may allow for adjustments to accommodate changes in volume due to temperature variations.
- Reaction Setups with Temperature Changes:
- In chemical reactions that involve temperature changes, the expansion adapter with ground joints could be utilized to connect glassware that may undergo thermal expansion or contraction during the reaction.
- Temperature-Dependent Distillation:
- In fractional distillation setups where temperature control is critical, an expansion adapter may be employed to connect components with ground joints, providing a secure connection that accommodates changes in volume with temperature.
- Heat-Driven Processes:
- The adapter might be suitable for laboratory setups where heat-driven processes result in changes in the volume of gases or liquids, and the ground joints ensure a reliable connection.
- Adjustable Length in Experimental Setups:
- The term “expansion” suggests the possibility of adjusting the length of the adapter, making it useful in setups where flexibility in the distance between components is required.
- Thermally Sensitive Reactions:
- For reactions or processes that are sensitive to temperature changes, the adapter could be used to connect glassware components with ground joints, providing a stable and secure connection.
- Customizable Experimental Configurations:
- Researchers may use expansion adapters to customize experimental setups by adjusting the length and accommodating changes in volume due to temperature variations.
