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Grade 208
Cellulose extraction thimbles are made of noble cellulose fibers and cotton linters that are completely free from impurities. Using the most efficient and innovative technology we obtain a mold made of a single completely homogeneous piece.
Max usage temp. 100 ºC
Applications
Determination by extraction of the content of free lipids in food.
Sulfur extraction in gaseous masses.
Dust dimensions in air or industrial gases.
Soxhlet extraction for determination of fats, lipids, additives or pesticides in the food industry
Soxhlet extraction for determination of resin components in tar (road construction)
Soxhlet extraction of oil and softeners
Extraction of oil and lubricants in slurry and waste water
Extraction of mineral oils in rocks
Extraction of polychlorinated biphenyl (PCB) in soil and slurry, e.g. dioxin
Extraction of monomeric components
in plastic materials and rubber
Technical Specifications
Grade Material Nominal rating (µ) Thickness (mm) Pressure drop (Kpa at 5L/min) Collection efficiency (% 0.3µm DOP) Max. Operating temp (ºC) Heating loss rate (%)
208 Cellulose 8 1.2 0.25 0.25 120 –
Cellulose extraction thimbles are made of noble cellulose fibers and cotton linters that are completely free from impurities. Using the most efficient and innovative technology we obtain a mold made of a single completely homogeneous piece.
Max usage temp. 100 ºC
Applications
Determination by extraction of the content of free lipids in food.
Sulfur extraction in gaseous masses.
Dust dimensions in air or industrial gases.
Soxhlet extraction for determination of fats, lipids, additives or pesticides in the food industry
Soxhlet extraction for determination of resin components in tar (road construction)
Soxhlet extraction of oil and softeners
Extraction of oil and lubricants in slurry and waste water
Extraction of mineral oils in rocks
Extraction of polychlorinated biphenyl (PCB) in soil and slurry, e.g. dioxin
Extraction of monomeric components
in plastic materials and rubber
Technical Specifications
Grade Material Nominal rating (µ) Thickness (mm) Pressure drop (Kpa at 5L/min) Collection efficiency (% 0.3µm DOP) Max. Operating temp (ºC) Heating loss rate (%)
208 Cellulose 8 1.2 0.25 0.25 120 –
