The Hahnemühle Glass Microfibre Filter GF6, 47 mm with inorganic binder, 80 g/sqm, is designed for high-efficiency filtration in laboratory applications. These filters are made from high-quality glass microfibre material and are ideal for applications requiring superior performance in particle retention and filtration speed. The inorganic binder ensures high chemical stability and resistance to solvents.
The Hahnemühle Glass Microfibre Filter GF6 is a reliable choice for laboratories demanding high-quality filtration performance and durability in a wide range of research and analytical applications.
It is designed for high-efficiency filtration in laboratory applications. These filters are made from high-quality glass microfibre material and are ideal for applications requiring superior performance in particle retention and filtration speed. The inorganic binder ensures high chemical stability and resistance to solvents.
Yes. It is designed for use in analytical, laboratory, and research environments requiring efficient particle filtration, and offers a size of 47 mm diameter and a weight of 80 g/sqm to support this kind of work.
It has a size of 47 mm diameter and a weight of 80 g/sqm, and is supplied under manufacturer part number GF6047.
It is made from glass microfibre with inorganic binder. It also offers optimised for efficient filtration, 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.
For use in analytical, laboratory, and research environments requiring efficient particle filtration, the Hahnemühle model is the better choice, offering a size of 47 mm diameter and a weight of 80 g/sqm. The LLG model offers a diameter of 55 mm and a pore size of 1.2 µm as an alternative, while the Hahnemühle model's optimised for efficient filtration and made of 100 % borosilicate glass fibres with binders help make it a strong fit for use in analytical, laboratory, and research environments requiring efficient particle filtration.
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