Description

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• [Precision Filtration]: Features a 24/40 joint and 4-5.5 micron fine frit, perfect for detailed laboratory work.
• [High-Quality Material]: Constructed from durable high borosilicate glass for chemical resistance and clarity.
• [Optimal Capacity]: 600ml volume to accommodate substantial filtering tasks.
• [Clear Observation]: Transparent design allows for real-time monitoring of the filtering process.
• [Versatile Application]: The 24/40 joint enhances compatibility, making it ideal for use with filter Erlenmeyer flasks and adapter cones. The 1/2″ barb is designed to facilitate connection with serrated tubulation for a vacuum source. Additionally, the 100mm glass filter plate is designed to be used with appropriately sized filter paper.

The (R) Buchner Filter Funnel is an essential tool for precision filtration in laboratory settings. Designed with a 24/40 joint and a fine frit with a pore size of 4-5.5 microns, this funnel is ideal for applications requiring meticulous separation of solids from liquids. Its generous 600ml capacity allows for the efficient processing of larger volumes, making it suitable for various laboratory tasks, from chemical analysis to biological research. The transparent high borosilicate glass construction not only provides excellent chemical resistance but also enables clear observation of the filtration process, ensuring that users can monitor progress in real-time.

This versatile filter funnel is compatible with a range of laboratory equipment, including filter Erlenmeyer flasks and adapter cones, thanks to its standardized joint size. The integrated 1/2″ barb facilitates easy connection to a vacuum source via serrated tubulation, enhancing the efficiency of the filtration process. Additionally, the 100mm glass filter plate is designed to accommodate appropriately sized filter paper, ensuring optimal filtration performance. Whether you are conducting routine experiments or specialized research, the (R) Buchner Filter Funnel is a reliable choice for achieving precise and effective filtration results.

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