ROBU Filter Funnels 25 mL, Conical Porosity 4, 55 mm Ø, 8 mm Stem Ø

The ROBU Filter Funnels 25 mL, Conical Porosity 4, 55 mm Ø, 8 mm Stem Ø is designed for filtration in laboratory chemistry workflows with 25 mL and 4. This ROBU filter funnel supports reliable laboratory and scientific workflows.

Key Features:

• Brand: ROBU
• Product Type: Filter Funnel
• Capacity: 25 mL
• Porosity: 4
• Design: With sintered disc filter
• Application: Filtration in laboratory chemistry workflows

This ROBU filter funnel is suitable for laboratories requiring consistent results, accurate measurements, and trusted laboratory operation.

Frequently Asked Questions

1. What is the ROBU Filter Funnels 25 mL, Conical Porosity 4, 55 mm Ø, 8 mm Stem Ø used for?

It is designed for filtration in laboratory chemistry workflows with 25 mL and 4. This ROBU filter funnel supports reliable laboratory and scientific workflows.

2. Is the ROBU Filter Funnels 25 mL, Conical Porosity 4, 55 mm Ø, 8 mm Stem Ø suitable for Filtration in laboratory chemistry workflows?

Yes. It is designed for Filtration in laboratory chemistry workflows, and offers a capacity of 25 mL and a porosity of 4 to support this kind of work.

3. What capacity and porosity does the ROBU Filter Funnels 25 mL, Conical Porosity 4, 55 mm Ø, 8 mm Stem Ø have?

It has a capacity of 25 mL and a porosity of 4, and is supplied under manufacturer part number 22 25 4.

4. What design does the ROBU Filter Funnels 25 mL, Conical Porosity 4, 55 mm Ø, 8 mm Stem Ø offer?

It offers with sintered disc filter.

5. How does the ROBU Filter Funnels 25 mL, Conical Porosity 4, 55 mm Ø, 8 mm Stem Ø compare with the Lenz-Laborglas Filter Funnel, 75 mL, Por. 1 Filter Plate from Lenz-Laborglas?

For Filtration in laboratory chemistry workflows, the ROBU model is the better choice, offering a capacity of 25 mL and a porosity of 4. The Lenz-Laborglas model offers a capacity of 75 mL and a height of 130 mm as an alternative, while the ROBU model's with sintered disc filter help make it a strong fit for Filtration in laboratory chemistry workflows.