

This is the port or fitting through which the solvent (butane, propane, ethanol, CO2, etc.) exits the extraction system after it has been used to extract oils or concentrates. It could be used to route the solvent to a recovery chamber, condenser, or collection vessel.
This part seems to be a particular type of connector used in extraction systems. The term "hose tail" refers to a specific shape that the connector might take, often resembling the branching shape of a hose-tail plant (a stem that splits into several directions). This could allow for multiple outlets or a more controlled flow of solvent. The design could also be a way to distribute pressure evenly or allow solvent to exit in a controlled manner, minimizing the risk of leaks or backflow.
Extraction Recovery: After the solvent has been used to extract the desired compounds from plant material, the solvent typically needs to be recovered, purified, or safely disposed of. A solvent outlet like this would be integral to that process, allowing the system to control and route the solvent appropriately.
Multiple Exits: If the connector is designed with multiple branching points (like a hose tail shape), it may allow the solvent to exit in several directions or go to different parts of the extraction or recovery system.
Pressure Management: As with most parts of an extraction system, maintaining the correct pressure is key. A specialized connector could play a role in maintaining that, preventing any excess pressure build-up or leaks.
This is the port or fitting through which the solvent (butane, propane, ethanol, CO2, etc.) exits the extraction system after it has been used to extract oils or concentrates. It could be used to route the solvent to a recovery chamber, condenser, or collection vessel.
This part seems to be a particular type of connector used in extraction systems. The term "hose tail" refers to a specific shape that the connector might take, often resembling the branching shape of a hose-tail plant (a stem that splits into several directions). This could allow for multiple outlets or a more controlled flow of solvent. The design could also be a way to distribute pressure evenly or allow solvent to exit in a controlled manner, minimizing the risk of leaks or backflow.
Extraction Recovery: After the solvent has been used to extract the desired compounds from plant material, the solvent typically needs to be recovered, purified, or safely disposed of. A solvent outlet like this would be integral to that process, allowing the system to control and route the solvent appropriately.
Multiple Exits: If the connector is designed with multiple branching points (like a hose tail shape), it may allow the solvent to exit in several directions or go to different parts of the extraction or recovery system.
Pressure Management: As with most parts of an extraction system, maintaining the correct pressure is key. A specialized connector could play a role in maintaining that, preventing any excess pressure build-up or leaks.