• Acid-washed paper with ash content of approximately 0.01%, low magnesium, for the determination of trace elements (Mg, Mn, Co,…
• Acid-washed paper with ash content of approximately 0.01%, low magnesium, for the determination of trace elements (Mg, Mn, Co,…
• Grade 0858 ½: 7-12 µm • Grained, with medium fast flow rate and medium retention • Used for the…
• Grade 0858 ½: 7-12 µm • Grained, with medium fast flow rate and medium retention • Used for the…
• Grade 0858 ½: 7-12 µm • Grained, with medium fast flow rate and medium retention • Used for the…
• Grade 0858 ½: 7-12 µm • Grained, with medium fast flow rate and medium retention • Used for the…
• Grade 0858 ½: 7-12 µm • Grained, with medium fast flow rate and medium retention • Used for the…
• Grade 0858 ½: 7-12 µm • Grained, with medium fast flow rate and medium retention • Used for the…
• Grade 0858 ½: 7-12 µm • Grained, with medium fast flow rate and medium retention • Used for the…
• Grade 0858 ½: 7-12 µm • Grained, with medium fast flow rate and medium retention • Used for the…
• Grade 0860 ½: 12 µm • Comparable to Grade 0858 but with a smooth surface, slightly thinner and faster…
• Grade 0860 ½: 12 µm • Comparable to Grade 0858 but with a smooth surface, slightly thinner and faster…
• Grade 0860 ½: 12 µm • Comparable to Grade 0858 but with a smooth surface, slightly thinner and faster…
• Grade 0905: 12-25 µm • A creped paper for coarse particles, offers a very high filtration speed …
• Grade 0905: 12-25 µm • A creped paper for coarse particles, offers a very high filtration speed …
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1: 11 µm • The most widely used filter paper for routine applications with medium retention and flow rate •…
• Grade 1573: 12-25 µm • A fast filter paper with high wet strength • It has a very smooth…
• Grade 1573: 12-25 µm • A fast filter paper with high wet strength • It has a very smooth…
• Grade 1573: 12-25 µm • A fast filter paper with high wet strength • It has a very smooth…
• Grade 1573: 12-25 µm • A fast filter paper with high wet strength • It has a very smooth…
• Grade 1573: 12-25 µm • A fast filter paper with high wet strength • It has a very smooth…
• Grade 1573: 12-25 µm • A fast filter paper with high wet strength • It has a very smooth…
• Grade 1573: 12-25 µm • A fast filter paper with high wet strength • It has a very smooth…
• Grade 1573: 12-25 µm • A fast filter paper with high wet strength • It has a very smooth…
• Grade 1573: 12-25 µm • A fast filter paper with high wet strength • It has a very smooth…
• Grade 1574 ½: 7-12 µm • A medium fast filter paper with high wet strength • Same chemical resistance…
• Grade 1575: < 2 µm • Slow filter paper with high wet strength • Same chemical resistance characteristics as…
• Grade 2: 8 µm • Slightly more retentive than Grade 1 with a corresponding increase in filtration time (ie.…
• Grade 2: 8 µm • Slightly more retentive than Grade 1 with a corresponding increase in filtration time (ie.…
• Grade 2: 8 µm • Slightly more retentive than Grade 1 with a corresponding increase in filtration time (ie.…
• Grade 2: 8 µm • Slightly more retentive than Grade 1 with a corresponding increase in filtration time (ie.…
• Grade 2: 8 µm • Slightly more retentive than Grade 1 with a corresponding increase in filtration time (ie.…
• Grade 2: 8 µm • Slightly more retentive than Grade 1 with a corresponding increase in filtration time (ie.…
• Grade 2: 8 µm • Slightly more retentive than Grade 1 with a corresponding increase in filtration time (ie.…
• Grade 2: 8 µm • Slightly more retentive than Grade 1 with a corresponding increase in filtration time (ie.…
• Grade 2: 8 µm • Slightly more retentive than Grade 1 with a corresponding increase in filtration time (ie.…
• Grade 2: 8 µm • Slightly more retentive than Grade 1 with a corresponding increase in filtration time (ie.…
• Grade 2: 8 µm • Slightly more retentive than Grade 1 with a corresponding increase in filtration time (ie.…
• Grade 2: 8 µm • Slightly more retentive than Grade 1 with a corresponding increase in filtration time (ie.…
• Grade 2: 8 µm • Slightly more retentive than Grade 1 with a corresponding increase in filtration time (ie.…
• Grade 2: 8 µm • Slightly more retentive than Grade 1 with a corresponding increase in filtration time (ie.…
• Grade 2: 8 µm • Slightly more retentive than Grade 1 with a corresponding increase in filtration time (ie.…
• Grade 2: 8 µm • Slightly more retentive than Grade 1 with a corresponding increase in filtration time (ie.…
• Grade 2: 8 µm • Slightly more retentive than Grade 1 with a corresponding increase in filtration time (ie.…
• Grade 2: 8 µm • Slightly more retentive than Grade 1 with a corresponding increase in filtration time (ie.…
• 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…
• 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…
• 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…
• Good retentivity at a relatively high filtration speed • Used for the clarifying filtration of: - Dried beet…
• Grade 4: 20-25 µm • Extremely fast filtering with excellent retention of coarse particles and gelatinous precipitates such as…
• Grade 4: 20-25 µm • Extremely fast filtering with excellent retention of coarse particles and gelatinous precipitates such as…
• Grade 4: 20-25 µm • Extremely fast filtering with excellent retention of coarse particles and gelatinous precipitates such as…
• Grade 4: 20-25 µm • Extremely fast filtering with excellent retention of coarse particles and gelatinous precipitates such as…
• Grade 4: 20-25 µm • Extremely fast filtering with excellent retention of coarse particles and gelatinous precipitates such as…
• Grade 4: 20-25 µm • Extremely fast filtering with excellent retention of coarse particles and gelatinous precipitates such as…
• Grade 4: 20-25 µm • Extremely fast filtering with excellent retention of coarse particles and gelatinous precipitates such as…
• Grade 4: 20-25 µm • Extremely fast filtering with excellent retention of coarse particles and gelatinous precipitates such as…
• Grade 4: 20-25 µm • Extremely fast filtering with excellent retention of coarse particles and gelatinous precipitates such as…
• Grade 4: 20-25 µm • Extremely fast filtering with excellent retention of coarse particles and gelatinous precipitates such as…
• Grade 4: 20-25 µm • Extremely fast filtering with excellent retention of coarse particles and gelatinous precipitates such as…
• Grade 4: 20-25 µm • Extremely fast filtering with excellent retention of coarse particles and gelatinous precipitates such as…
• Grade 4: 20-25 µm • Extremely fast filtering with excellent retention of coarse particles and gelatinous precipitates such as…
• Grade 4: 20-25 µm • Extremely fast filtering with excellent retention of coarse particles and gelatinous precipitates such as…
• Grade 4: 20-25 µm • Extremely fast filtering with excellent retention of coarse particles and gelatinous precipitates such as…
• Grade 4: 20-25 µm • Extremely fast filtering with excellent retention of coarse particles and gelatinous precipitates such as…
• Grade 4: 20-25 µm • Extremely fast filtering with excellent retention of coarse particles and gelatinous precipitates such as…
• Grade 4: 20-25 µm • Extremely fast filtering with excellent retention of coarse particles and gelatinous precipitates such as…
• Grade 5: 2.5 µm • Capable of retaining the fine precipitates encountered in chemical analysis • Slow flow rate…
• Grade 5: 2.5 µm • Capable of retaining the fine precipitates encountered in chemical analysis • Slow flow rate…
• Grade 5: 2.5 µm • Capable of retaining the fine precipitates encountered in chemical analysis • Slow flow rate…
• Grade 5: 2.5 µm • Capable of retaining the fine precipitates encountered in chemical analysis • Slow flow rate…
• Grade 5: 2.5 µm • Capable of retaining the fine precipitates encountered in chemical analysis • Slow flow rate…
• Grade 5: 2.5 µm • Capable of retaining the fine precipitates encountered in chemical analysis • Slow flow rate…
• Grade 5: 2.5 µm • Capable of retaining the fine precipitates encountered in chemical analysis • Slow flow rate…
• Grade 5: 2.5 µm • Capable of retaining the fine precipitates encountered in chemical analysis • Slow flow rate…
• Grade 5: 2.5 µm • Capable of retaining the fine precipitates encountered in chemical analysis • Slow flow rate…
• Grade 5: 2.5 µm • Capable of retaining the fine precipitates encountered in chemical analysis • Slow flow rate…
• Grade 5: 2.5 µm • Capable of retaining the fine precipitates encountered in chemical analysis • Slow flow rate…
• Grade 5: 2.5 µm • Capable of retaining the fine precipitates encountered in chemical analysis • Slow flow rate…
• Grade 5: 2.5 µm • Capable of retaining the fine precipitates encountered in chemical analysis • Slow flow rate…
• Low phosphate papers, approximately 1.5 ppm phosphate, for the filtration of calcium lactate extracts from soil samples for the…
• Low phosphate papers, approximately 1.5 ppm phosphate, for the filtration of calcium lactate extracts from soil samples for the…
• Low phosphate papers, approximately 1.5 ppm phosphate, for the filtration of calcium lactate extracts from soil samples for the…
• Grade 520 a ½: 15-18 µm • A thin paper with great wet strength and a very high flow…
• Grade 520 a ½: 15-18 µm • A thin paper with great wet strength and a very high flow…
• Grade 520 a ½: 15-18 µm • A thin paper with great wet strength and a very high flow…
• Grade 520 a ½: 15-18 µm • A thin paper with great wet strength and a very high flow…
• Made from super-refined cellulose • The applications range from the filtration of beverages to the purification of electroplating baths…
• Grade 589/1: 12-25 µm • Ashless filter paper with very high flow rate • Used for many quantitative standard…
• Grade 589/1: 12-25 µm • Ashless filter paper with very high flow rate • Used for many quantitative standard…
• Grade 589/1: 12-25 µm • Ashless filter paper with very high flow rate • Used for many quantitative standard…
• Grade 589/1: 12-25 µm • Ashless filter paper with very high flow rate • Used for many quantitative standard…
• Grade 589/1: 12-25 µm • Ashless filter paper with very high flow rate • Used for many quantitative standard…
• Grade 589/1: 12-25 µm • Ashless filter paper with very high flow rate • Used for many quantitative standard…
• Grade 589/2: 4–12 µm • Ashless (Ash 0.01%) standard filter paper for medium fine precipitates (class 2b acc. to…
• Grade 589/2: 4–12 µm • Ashless (Ash 0.01%) standard filter paper for medium fine precipitates (class 2b acc. to…
• Grade 589/2: 4–12 µm • Ashless (Ash 0.01%) standard filter paper for medium fine precipitates (class 2b acc. to…
• Grade 589/2: 4–12 µm • Ashless (Ash 0.01%) standard filter paper for medium fine precipitates (class 2b acc. to…
• Grade 589/2: 4–12 µm • Ashless (Ash 0.01%) standard filter paper for medium fine precipitates (class 2b acc. to…
• Grade 589/2: 4–12 µm • Ashless (Ash 0.01%) standard filter paper for medium fine precipitates (class 2b acc. to…
• Grade 589/2: 4–12 µm • Ashless (Ash 0.01%) standard filter paper for medium fine precipitates (class 2b acc. to…
• Grade 589/2: 4–12 µm • Ashless (Ash 0.01%) standard filter paper for medium fine precipitates (class 2b acc. to…
• Grade 589/2: 4–12 µm • Ashless (Ash 0.01%) standard filter paper for medium fine precipitates (class 2b acc. to…
• Grade 589/2: 4–12 µm • Ashless (Ash 0.01%) standard filter paper for medium fine precipitates (class 2b acc. to…
• Grade 589/2: 4–12 µm • Ashless (Ash 0.01%) standard filter paper for medium fine precipitates (class 2b acc. to…
• Grade 589/2: 4–12 µm • Ashless (Ash 0.01%) standard filter paper for medium fine precipitates (class 2b acc. to…
• Grade 589/2: 4–12 µm • Ashless (Ash 0.01%) standard filter paper for medium fine precipitates (class 2b acc. to…
• Grade 589/3: 2 µm • Ashless (ash 0.01%) standard filter paper for very fine precipitates (class 2d acc. to…
• Grade 589/3: 2 µm • Ashless (ash 0.01%) standard filter paper for very fine precipitates (class 2d acc. to…
• Grade 589/3: 2 µm • Ashless (ash 0.01%) standard filter paper for very fine precipitates (class 2d acc. to…
• Grade 589/3: 2 µm • Ashless (ash 0.01%) standard filter paper for very fine precipitates (class 2d acc. to…
• Grade 589/3: 2 µm • Ashless (ash 0.01%) standard filter paper for very fine precipitates (class 2d acc. to…
• Grade 591: 7-12 µm • A thick filter paper with very high loading capacity for fast filtration of medium…
• Grade 595: 4-7 µm • Very popular, thin filter paper, medium-fast with medium to fine particle retention • Used…
• Grade 595: 4-7 µm • Very popular, thin filter paper, medium-fast with medium to fine particle retention • Used…
• Grade 595: 4-7 µm • Very popular, thin filter paper, medium-fast with medium to fine particle retention • Used…
• Grade 595: 4-7 µm • Very popular, thin filter paper, medium-fast with medium to fine particle retention • Used…
• Grade 595: 4-7 µm • Very popular, thin filter paper, medium-fast with medium to fine particle retention • Used…
• Grade 595: 4-7 µm • Very popular, thin filter paper, medium-fast with medium to fine particle retention • Used…
• Grade 595: 4-7 µm • Very popular, thin filter paper, medium-fast with medium to fine particle retention • Used…
• Grade 595: 4-7 µm • Very popular, thin filter paper, medium-fast with medium to fine particle retention • Used…
• Grade 595: 4-7 µm • Very popular, thin filter paper, medium-fast with medium to fine particle retention • Used…
• Grade 595: 4-7 µm • Very popular, thin filter paper, medium-fast with medium to fine particle retention • Used…
• Grade 595: 4-7 µm • Very popular, thin filter paper, medium-fast with medium to fine particle retention • Used…
• Grade 595: 4-7 µm • Very popular, thin filter paper, medium-fast with medium to fine particle retention • Used…
• Grade 595: 4-7 µm • Very popular, thin filter paper, medium-fast with medium to fine particle retention • Used…
• Grade 595: 4-7 µm • Very popular, thin filter paper, medium-fast with medium to fine particle retention • Used…
• Grade 595: 4-7 µm • Very popular, thin filter paper, medium-fast with medium to fine particle retention • Used…
• Grade 595: 4-7 µm • Very popular, thin filter paper, medium-fast with medium to fine particle retention • Used…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 597: 4-7 µm • A medium fast filter paper with medium to fine particle retention • Used for…
• Grade 598: 8-10 µm • A thick filter paper with high loading capacity • Combines medium retention with medium-fast…
• Grade 598: 8-10 µm • A thick filter paper with high loading capacity • Combines medium retention with medium-fast…
• Grade 598: 8-10 µm • A thick filter paper with high loading capacity • Combines medium retention with medium-fast…
• Grade 598: 8-10 µm • A thick filter paper with high loading capacity • Combines medium retention with medium-fast…
• Grade 598: 8-10 µm • A thick filter paper with high loading capacity • Combines medium retention with medium-fast…
• Grade 598: 8-10 µm • A thick filter paper with high loading capacity • Combines medium retention with medium-fast…
• Grade 6: 3 µm • Twice as fast as Grade 5 with similar fine particle retention • Often specified…
• Grade 6: 3 µm • Twice as fast as Grade 5 with similar fine particle retention • Often specified…
• Grade 6: 3 µm • Twice as fast as Grade 5 with similar fine particle retention • Often specified…
• Grade 6: 3 µm • Twice as fast as Grade 5 with similar fine particle retention • Often specified…
• Grade 6: 3 µm • Twice as fast as Grade 5 with similar fine particle retention • Often specified…
• Grade 6: 3 µm • Twice as fast as Grade 5 with similar fine particle retention • Often specified…
• Grade 6: 3 µm • Twice as fast as Grade 5 with similar fine particle retention • Often specified…
• Grade 6: 3 µm • Twice as fast as Grade 5 with similar fine particle retention • Often specified…
• Grade 602 h: < 2 µm • A dense filter paper for collecting very small particles and removing fine…
• Grade 602 h: < 2 µm • A dense filter paper for collecting very small particles and removing fine…
• Grade 602 h: < 2 µm • A dense filter paper for collecting very small particles and removing fine…
• Grade 602 h: < 2 µm • A dense filter paper for collecting very small particles and removing fine…
• Grade 602 h: < 2 µm • A dense filter paper for collecting very small particles and removing fine…
• Grade 602 h: < 2 µm • A dense filter paper for collecting very small particles and removing fine…
• Grade 602 h: < 2 µm • A dense filter paper for collecting very small particles and removing fine…
• Grade 602 h: < 2 µm • A dense filter paper for collecting very small particles and removing fine…
• Grade 602 h: < 2 µm • A dense filter paper for collecting very small particles and removing fine…
• MN 619 de • Equivalent to Whatman Grade No. 5 • Very slow filtration, for extremely fine precipitates …
• Fine particle retention, high capacity, fast flow rates for large-volume liquid and air filtration • Suitable for: - Water and…
• Thick filter with fine particle filter and good loading capacity • Particularly useful for liquid clarification and liquid scintillation…
• Thick filter with fine particle filter and good loading capacity • Particularly useful for liquid clarification and liquid scintillation…
• Thick filter with fine particle filter and good loading capacity • Particularly useful for liquid clarification and liquid scintillation…
• Thick filter with fine particle filter and good loading capacity • Particularly useful for liquid clarification and liquid scintillation…
• Thick filter with fine particle filter and good loading capacity • Particularly useful for liquid clarification and liquid scintillation…
• Thick filter with fine particle filter and good loading capacity • Particularly useful for liquid clarification and liquid…
• Thick filter with fine particle filter and good loading capacity • Particularly useful for liquid clarification and liquid scintillation…
• Thick filter with fine particle filter and good loading capacity • Particularly useful for liquid clarification and liquid scintillation…
• Thick filter with fine particle filter and good loading capacity • Particularly useful for liquid clarification and liquid scintillation…
• Thick filter with fine particle filter and good loading capacity • Particularly useful for liquid clarification and liquid scintillation…
• Thick filter with fine particle filter and good loading capacity • Particularly useful for liquid clarification and liquid scintillation…
• Thick filter with fine particle filter and good loading capacity • Particularly useful for liquid clarification and liquid scintillation…
• Thick filter with fine particle filter and good loading capacity • Particularly useful for liquid clarification and liquid scintillation…
• Thick filter with fine particle filter and good loading capacity • Particularly useful for liquid clarification and liquid scintillation…
• Grade Shark Skin: 8-12 µm • Creped, medium to slow filter paper • Resistant to weak acids and bases…
• Grade Shark Skin: 8-12 µm • Creped, medium to slow filter paper • Resistant to weak acids and bases…
• Grade Shark Skin: 8-12 µm • Creped, medium to slow filter paper • Resistant to weak acids and bases…
• Grade Shark Skin: 8-12 µm • Creped, medium to slow filter paper • Resistant to weak acids and bases…
• Grade Shark Skin: 8-12 µm • Creped, medium to slow filter paper • Resistant to weak acids and bases…
• Grade Shark Skin: 8-12 µm • Creped, medium to slow filter paper • Resistant to weak acids and bases…
• Grade Shark Skin: 8-12 µm • Creped, medium to slow filter paper • Resistant to weak acids and bases…
• Grade Shark Skin: 8-12 µm • Creped, medium to slow filter paper • Resistant to weak acids and bases…
• Grade Shark Skin: 8-12 µm • Creped, medium to slow filter paper • Resistant to weak acids and bases…
• Grade Shark Skin: 8-12 µm • Creped, medium to slow filter paper • Resistant to weak acids and bases…
• Grade Shark Skin: 8-12 µm • Creped, medium to slow filter paper • Resistant to weak acids and bases…
• Grade Shark Skin: 8-12 µm • Creped, medium to slow filter paper • Resistant to weak acids and bases…