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1823-150
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241379)
Price: $242.91List Price: $269.90Whatman offers two types of glass microfiber filters manufactured from 100% borosilicate glass: binder free that is chemically inert and with binder. These filters combine fast flow rates with high loading capacity and the retention of very fine part -
1825-150
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241380)
Price: $357.87List Price: $397.63Whatman offers two types of glass microfiber filters manufactured from 100% borosilicate glass: binder free that is chemically inert and with binder. These filters combine fast flow rates with high loading capacity and the retention of very fine part -
1827-150
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241381)
Price: $371.31List Price: $412.57Whatman offers two types of glass microfiber filters manufactured from 100% borosilicate glass: binder free that is chemically inert and with binder. These filters combine fast flow rates with high loading capacity and the retention of very fine part -
1821-185
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241383)
Price: $289.22List Price: $321.36Whatman offers two types of glass microfiber filters manufactured from 100% borosilicate glass: binder free that is chemically inert and with binder. These filters combine fast flow rates with high loading capacity and the retention of very fine part -
1827-185
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241384)
Price: $527.38List Price: $585.98Whatman offers two types of glass microfiber filters manufactured from 100% borosilicate glass: binder free that is chemically inert and with binder. These filters combine fast flow rates with high loading capacity and the retention of very fine part -
1820-240
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241385)
Price: $457.42List Price: $508.24Whatman offers two types of glass microfiber filters manufactured from 100% borosilicate glass: binder free that is chemically inert and with binder. These filters combine fast flow rates with high loading capacity and the retention of very fine part -
1827-240
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241386)
Price: $880.23List Price: $978.04Whatman offers two types of glass microfiber filters manufactured from 100% borosilicate glass: binder free that is chemically inert and with binder. These filters combine fast flow rates with high loading capacity and the retention of very fine part -
1823-257
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241387)
Price: $296.12List Price: $329.02Whatman offers two types of glass microfiber filters manufactured from 100% borosilicate glass: binder free that is chemically inert and with binder. These filters combine fast flow rates with high loading capacity and the retention of very fine part -
1825-257
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241388)
Price: $1,025.88List Price: $1,139.87Whatman offers two types of glass microfiber filters manufactured from 100% borosilicate glass: binder free that is chemically inert and with binder. These filters combine fast flow rates with high loading capacity and the retention of very fine part -
1825-293
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241390)
Price: $1,328.50List Price: $1,476.11Whatman offers two types of glass microfiber filters manufactured from 100% borosilicate glass: binder free that is chemically inert and with binder. These filters combine fast flow rates with high loading capacity and the retention of very fine part -
1822-849
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241398)
Price: $369.75List Price: $410.84Whatman offers two types of glass microfiber filters manufactured from 100% borosilicate glass: binder free that is chemically inert and with binder. These filters combine fast flow rates with high loading capacity and the retention of very fine part -
1821-914
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241399)
Price: $612.77List Price: $680.86Whatman offers two types of glass microfiber filters manufactured from 100% borosilicate glass: binder free that is chemically inert and with binder. These filters combine fast flow rates with high loading capacity and the retention of very fine part