Filter Paper
SureFilt Filter Paper Circles – SF1 85mm (Pk 100)
This grade covers a wide range of laboratory applications and is used for clarifying liquids and for rapid filtration of coarser precipitates such as lead sulfate, lead chromate, calcium oxalate, calcium carbonate, aluminum phosphate, barium carbonate and beryllium hydroxide.
This grade can be found in soil analysis, seed testing and in air pollution to collect dust-laden air and is also commonly used in the food industry to separate foodstuffs from associated liquid or extracting liquid
Filter Paper
SureFilt Filter Paper Circles – SF1 90mm (Pk 100)
This grade covers a wide range of laboratory applications and is used for clarifying liquids and for rapid filtration of coarser precipitates such as lead sulfate, lead chromate, calcium oxalate, calcium carbonate, aluminum phosphate, barium carbonate and beryllium hydroxide.
This grade can be found in soil analysis, seed testing and in air pollution to collect dust-laden air and is also commonly used in the food industry to separate foodstuffs from associated liquid or extracting liquid
Filter Paper
SureFilt Filter Paper Circles – SF113 240mm (Pk 50)
Non-toxic papers for use in research laboratories. made of cotton linters and/or pure cellulose. The pH range is between 6.0 and 7.5. The special structure prevents fine seed roots from growing through the paper.
Filter Paper
SureFilt Filter Paper Circles – SF113 320mm (Pk 100)
Non-toxic papers for use in research laboratories. made of cotton linters and/or pure cellulose. The pH range is between 6.0 and 7.5. The special structure prevents fine seed roots from growing through the paper.
Filter Paper
SureFilt Filter Paper Circles – SF4 110mm (Pk 100)
This grade is used for the filtration of coarse particles and gelatinous precipitates such as ferric aluminum and magnesium hydroxides. This grade is also found in routine cleanup analysis of insoluble liquids such as biological fluids and organic elements.
Filter Paper
SureFilt Filter Paper Circles – SF4 150mm (Pk 100)
This grade is used for the filtration of coarse particles and gelatinous precipitates such as ferric aluminum and magnesium hydroxides. This grade is also found in routine cleanup analysis of insoluble liquids such as biological fluids and organic elements.
Filter Paper
SureFilt Filter Paper Circles – SF4 320mm (Pk 100)
This grade is used for the filtration
of coarse particles and gelatinous
precipitates such as ferric aluminum and
magnesium hydroxides. This grade is
also found in routine cleanup analysis of
insoluble liquids such as biological fluids
and organic elements.
Filter Paper
SureFilt Filter Paper Circles – SF40 47mm (Pk 100)
3-5 μm, Medium Speed This grade has a medium flow rate and good particle retention.
Filter Paper
SureFilt Filter Paper Circles – SF40 55mm (Pk 100)
3-5 μm, Medium Speed This grade has a medium flow rate and good particle retention.
Filter Paper
SureFilt Filter Paper Circles – SF5 110mm (Pk 100)
This slow flow rate grade with very good retention is used in the filtration of fine precipitates and super phosphates. Grade1291 is also recommended for boiler water analysis applications and gas filtration.
Filter Paper
SureFilt Filter Paper Circles – SF5 125mm (Pk 100)
This slow flow rate grade with very good retention is used in the filtration of fine precipitates and super phosphates. Grade1291 is also recommended for boiler water analysis applications and gas filtration.
Filter Paper
SureFilt Filter Paper Circles – SF5 150mm (Pk 100)
This slow flow rate grade with very good retention is used in the filtration of fine precipitates and super phosphates. Grade1291 is also recommended for boiler water analysis applications and gas filtration.
Filter Paper
SureFilt Filter Paper Circles – SF5 185mm (Pk 100)
This slow flow rate grade with very good retention is used in the filtration of fine precipitates and super phosphates. Grade1291 is also recommended for boiler water analysis applications and gas filtration.
Filter Paper
SureFilt Filter Paper Circles – SF5 240mm (Pk 100)
This slow flow rate grade with very good retention is used in the filtration of fine precipitates and super phosphates. Grade1291 is also recommended for boiler water analysis applications and gas filtration.
Filter Paper
SureFilt Filter Paper Circles – SF5 55mm (Pk 100)
This slow flow rate grade with very good retention is used in the filtration of fine precipitates and super phosphates. Grade1291 is also recommended for boiler water analysis applications and gas filtration.
Filter Paper
SureFilt Filter Paper Circles – SF5 70mm (Pk 100)
This slow flow rate grade with very good retention is used in the filtration of fine precipitates and super phosphates. Grade1291 is also recommended for boiler water analysis applications and gas filtration.
Filter Paper
SureFilt Filter Paper Circles – SF5 90mm (Pk 100)
This slow flow rate grade with very good retention is used in the filtration of fine precipitates and super phosphates. Grade1291 is also recommended for boiler water analysis applications and gas filtration.
Filter Paper
SureFilt Filter Paper Circles – SF54 150mm (Pk 100)
12-15 μm, Fast Speed This fast filter grade has an open fiber matrix and is recommended for the filtration of coarse and gelatinous precipitates for gravimetric analysis.
Filter Paper
SureFilt Filter Paper Circles – SF54 185mm (Pk 100)
12-15 μm, Fast Speed This fast filter grade has an open fiber matrix and is recommended for the filtration of coarse and gelatinous precipitates for gravimetric analysis.
Filter Paper
SureFilt Filter Paper Circles – SF540 150mm (Pk 100)
5-8 μm, Medium Speed This grade has a medium flow rate and good particle retention and can be used for a wide variety of applications that require a lower ash content than standard qualitative grades, including gravimetric analysis of components in heavy industry.
Filter Paper
SureFilt Folded Filter Paper – SF113F 125mm
Non-toxic papers for use in research laboratories. made of cotton linters and/or pure cellulose. The pH range is between 6.0 and 7.5. The special structure prevents fine seed roots from growing through the paper.
