• Grade 2294: 8-15 µm • A very thick filter card with high wet strength • Offers very high flow…
• Grade 2294: 8-15 µm • A very thick filter card with high wet strength • Offers very high flow…
• A medium fast filter paper • Used for the filtration of the mash for the determination of the extract…
• A medium fast filter paper • Used for the filtration of the mash for the determination of the extract…
• Grade 2589 a: 6-12 µm • A fast to medium fast filter with high wet strength offering medium retention…
• Grade 2589 a: 6-12 µm • A fast to medium fast filter with high wet strength offering medium retention…
• Grade 2589 c: 4-8 µm • Thick filter with medium to slow filtration speed, high wet strength, and good…
• Grade 2589 d: 2-6 µm • A very thick filter with high wet strength. Offers medium to slow flow…
• Kieselguhr paper with a medium to slow flow rate • Additional adsorption effect (e.g., for the separation of very…
• Kieselguhr paper with a medium to slow flow rate • Additional adsorption effect (e.g., for the separation of very…
• Kieselguhr paper with a medium to slow flow rate • Additional adsorption effect (e.g., for the separation of very…
• Grade 3: 6 µm • Double the thickness of Grade 1 with still finer particle retention and excellent loading…
• Grade 3: 6 µm • Double the thickness of Grade 1 with still finer particle retention and excellent loading…
• Grade 3: 6 µm • Double the thickness of Grade 1 with still finer particle retention and excellent loading…
• Grade 3: 6 µm • Double the thickness of Grade 1 with still finer particle retention and excellent loading…
• Grade 3: 6 µm • Double the thickness of Grade 1 with still finer particle retention and excellent loading…
• Grade 3: 6 µm • Double the thickness of Grade 1 with still finer particle retention and excellent loading…
• Grade 3: 6 µm • Double the thickness of Grade 1 with still finer particle retention and excellent loading…
• Grade 3: 6 µm • Double the thickness of Grade 1 with still finer particle retention and excellent loading…
• Grade 3: 6 µm • Double the thickness of Grade 1 with still finer particle retention and excellent loading…