Hahnemühle Glass Microfibre Filter GF6, 50 mm with Inorg. Binder, 80 g/sqm, Pack of 100

The Hahnemühle Glass Microfibre Filter GF6, 50 mm with inorganic binder (80 g/sqm) is designed for high-efficiency filtration in laboratory and industrial applications. This filter provides excellent particle retention and is ideal for use in gravimetric analysis and sample preparation. The inorganic binder ensures enhanced strength and minimal ash content, making it suitable for high-temperature and aggressive chemical environments.

Key Features:

• Brand: Hahnemühle
• Type: Glass Microfibre Filter GF6
• Size: 50 mm diameter
• Binder: Inorganic binder for minimal ash content
• Weight: 80 g/sqm
• Pack Size: Pack of 100 filters
• Application: Ideal for high-efficiency filtration and gravimetric analysis

Hahnemühle Glass Microfibre Filters provide reliable, consistent performance for precise filtration in demanding laboratory settings.

Frequently Asked Questions

1. What is the Hahnemühle Glass Microfibre Filter GF6, 50 mm with Inorg. Binder, 80 g/sqm, Pack of 100 used for?

It is designed for high-efficiency filtration in laboratory and industrial applications. This filter provides excellent particle retention and is ideal for use in gravimetric analysis and sample preparation. The inorganic binder ensures enhanced strength and minimal ash content, making it suitable for high-temperature and aggressive chemical environments.

2. Is this product suitable for high-efficiency filtration and gravimetric analysis?

Yes. It is designed for high-efficiency filtration and gravimetric analysis, and offers a size of 50 mm diameter and a weight of 80 g/sqm to support this kind of work.

3. What size and weight does this product have?

It has a size of 50 mm diameter and a weight of 80 g/sqm.

4. What type and binder does this product offer?

It offers glass Microfibre Filter GF6, inorganic binder for minimal ash content, made of 100 % borosilicate glass fibres with binders and glass fibre filters capture fine particles down to 1 µm from liquids, in air, gases and aerosols with even 0.3 to 0.5 µm being absorbed.