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Glass Filtration Conical Flask
Conical flask for vacuum filtration in borosilicate glass 3.3 with ground joint.
High chemical and thermal resistance for work under negative pressure. Printed graduation for visual volume control.
The conical flask for vacuum filtration is a laboratory vessel designed for collecting liquids during separation processes under negative pressure, allowing efficient and safe operation in filtration systems. Its design incorporates a standard ground glass connection that facilitates integration with other glass components, ensuring a precise and tight coupling in experimental setups.
Manufactured from borosilicate glass 3.3, it offers high chemical resistance against common acids, bases, and solvents, as well as excellent thermal stability that allows work under demanding conditions without compromising the integrity of the vessel. Its low coefficient of thermal expansion provides notable resistance to thermal shock, making it suitable for applications involving temperature changes or continuous use.
This flask is designed to be part of vacuum filtration systems, where a suction source accelerates the passage of fluid through a filter membrane, allowing particles to be separated based on the filter's pore size. Its main function is the collection of the filtered liquid, ensuring controlled manipulation of the process.
The structure incorporates visible graduation on the walls, allowing for quick estimations of the accumulated volume during operation. Its robust design ensures good mechanical resistance against the pressure variations typical of this type of application.
Compatible with different filtration systems through ground connections or adapters, this flask is easily integrated into both analytical and routine laboratory configurations, offering a reliable, precise, and durable solution for vacuum filtration processes.
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