Used in distillation liquids or organic preparations, for condensation or reflux.
Instructions:
The condensing container is composed of a combination of inner and outer glass tubes, and has a connecting pipe joint on the upper and lower sides of the outer tube for use as a water inlet and a water outlet. When the condensing container is in use, the connection port at the lower end should be connected to the faucet with a plastic tube as the water inlet. Because the water temperature at the inlet is lower, the water heated by the steam has a higher temperature; the hotter water will automatically flow upward due to the lower density, which helps the circulation of the cooling water. The condensing vessel is typically used on a flask that is to be tested under reflux conditions or on a retort that is intended to collect condensed liquid. Condensation of the vapor occurs on the inner wall of the inner tube. The space enclosed by the inner and outer tubes is such that the water area absorbs heat from the vapor and removes the heat. The water inlet usually has a high water pressure. In order to prevent the water pipe from falling off, the plastic tube should be tied with a tube bundle. When used in a reflux state, the lower end of the condensing vessel is inserted into a rubber stopper so as to be inserted into the mouth of the flask to receive the vapor evaporated upward in the flask.
Reflux Condensation Vessel: In the case of volatile liquid reactants, in order to avoid loss of reactants and to make full use of the raw materials, a condensing reflux device is designed in the generating device to return the gas to a liquid state by condensation, thereby refluxing and collecting. The laboratory can be realized by installing a long glass tube or a condensing return tube in the generating device.
Use and use of condensate containers
use: