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1827-866
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241410)
Price: $675.55List Price: $750.61Whatman 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 -
1827-889
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241411)
Price: $1,166.52List Price: $1,296.13Whatman 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 -
1827-957
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241412)
Price: $3,307.01List Price: $3,674.45Whatman 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 -
1841-047
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241413)
Price: $147.74List Price: $164.16Whatman 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 -
1842-047
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241415)
Price: $147.74List Price: $164.16Whatman 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 -
1841-090
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241416)
Price: $147.74List Price: $164.16Whatman 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 -
1842-090
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241417)
Price: $147.74List Price: $164.16Whatman 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 -
10370018
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241418)
Price: $123.08List Price: $136.75Whatman 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 -
10421019
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241419)
Price: $300.75List Price: $334.17Whatman 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 -
10370019
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241421)
Price: $205.91List Price: $228.79Whatman 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 -
10370119
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241422)
Price: $226.71List Price: $251.90Whatman 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 -
10370319
CYTIVA GLASS MICROFIBER FILTER PAPERS (10241423)
Price: $197.21List Price: $219.12Whatman 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