Hahnemühle Filter Circles 1575, 55 mm Qualitative Wet Strength Filter Paper, 90 g/sqm, Pack of 100

The Hahnemühle Filter Circles 1575, 55 mm Qualitative Wet Strength Filter Paper, 90 g/sqm, Pack of 100, are designed for demanding filtration tasks where both high wet strength and qualitative results are required. These filters are ideal for use in gravimetric and qualitative analyses, especially when strong mechanical resistance is needed during filtration.

Key Features:

• Brand: Hahnemühle
• Model: 1575, Qualitative Wet Strength Filter Paper
• Diameter: 55 mm
• Weight: 90 g/sqm
• Properties: Enhanced wet strength and high mechanical stability
• Application: Suitable for qualitative analyses and demanding filtration conditions
• Packaging: Pack of 100 filter circles

The Hahnemühle 1575 qualitative filter paper offers exceptional wet strength, making it ideal for laboratory procedures requiring robust and consistent filtration performance.

Frequently Asked Questions

1. What is the Hahnemühle Filter Circles 1575, 55 mm Qualitative Wet Strength Filter Paper, 90 g/sqm, Pack of 100 used for?

It are designed for demanding filtration tasks where both high wet strength and qualitative results are required. These filters are ideal for use in gravimetric and qualitative analyses, especially when strong mechanical resistance is needed during filtration.

2. Is this product suitable for qualitative analyses and demanding filtration conditions?

Yes. It is designed for qualitative analyses and demanding filtration conditions, and offers a diameter of 55 mm and a weight of 90 g/sqm to support this kind of work.

3. What diameter and weight does this product have?

It has a diameter of 55 mm and a weight of 90 g/sqm.

4. What properties does this product offer?

It offers enhanced wet strength and high mechanical stability, high wet strength, easy to scrape off or wash off precipitates, no fibre release and high resistance to aggressive chemical components, like sulphuric and nitric acids (up to 40 % at 50 °C) and alkalis (up to 10 % at 20 °C).