Glass Fiber Filters

Cytiva/Whatman Equivalent: 1820-042 Millipore Equivalent: APFA 042 00 Ahlstrom Equivalent: 1110-0425 MFS/Advantec Equivalent: GA5542.5MM (100 per PK )

Pall Equivalent: 61638 (100 per PK )

Cytiva/Whatman Equivalent: 1851-150 MFS/Advantec Equivalent: QR100150MM (100 per PK )

Ahlstrom Equivalent: 1210-1250 MFS/Advantec Equivalent: GB140125MM Sartorius: FT-3-1102-125 (100 per PK )

Ahlstrom Equivalent: 1210-1500 Sartorius: FT-3-1102-150 (100 per PK )

Cytiva/Whatman Equivalent: 1827-082 (100 per PK )

This new grade has a particle retention of 0.5µm. It has >20x loading capacity of an equivalent porosity MCE, CN, ePTFE or PVDF membrane and >15x the flow rate. Back pressure is nearly non-existent in comparison to surface membranes. Chemically inert, pure binderless borosilicate glass with no sizing additives or other surfactants. Low background noise in LC/GC/MS and very low extractables in presence of aggressive solvents. MFS/Advantec Equivalent: GC-50 25MM (100 per PK )

Ahlstrom Equivalent: 1610-0210 (100 per PK )

EZFlow® Glass Fiber Membrane Filters, 1.0um, 90mm Diameter Disc Prefilters, 25/PK (25 per PK )

Cytiva/Whatman Equivalent: 1827-047 Millipore Equivalent: AP40 047 05* Ahlstrom Equivalent: 1610-0470 MFS/Advantec Equivalent: GC5047MM Sartorius: FT-3-01147-047 (100 per PK )

Cytiva/Whatman Equivalent: 1827-037 Millipore Equivalent: AP40 037 05 MFS/Advantec Equivalent: GC5037MM (100 per PK )

Cytiva/Whatman Equivalent: 1851-055 Pall Equivalent: 7199 (100 per PK )

Cytiva/Whatman Equivalent: 1827-055 Millipore Equivalent: AP40 055 00 Ahlstrom Equivalent: 1690-0550 MFS/Advantec Equivalent: GC5055MM Sartorius: FT-3-01147-055 (100 per PK )

Glass microfiber filters offered in this product range are produced from 100% borosilicate glass microfiber without the use of binders or strengthening agents. These filters offer many advantages in a wide range of analytical applications. The fibers used to manufacture these depth filters are smooth and uniform. This permits their characteristically high flow rates while allowing retention of exceptionally small particles and high load capacity. These characteristics are particularly important in applications involving high concentrations of particulate or gelatinous substances. In choosing the appropriate filter for a specific application, careful consideration should be given to the physical form and concentration of the material to be captured by the filter. (100 per PK )

Cytiva/Whatman Equivalent: 1821-037 Pall Equivalent: 66208 Millipore Equivalent: APFB 037 00 MFS/Advantec Equivalent: GB14037MM (100 per PK )

Cytiva/Whatman Equivalent: 1851-032 Environmental Express (CP) Equivalent: FQ025MM (100 per PK )

Cytiva/Whatman Equivalent: 1827-025 Millipore Equivalent: AP40 025 00 Ahlstrom Equivalent: 1610-0250 MFS/Advantec Equivalent: GC5025MM (100 per PK )

Cytiva/Whatman Equivalent: 1851-047 Pall Equivalent: 7202 MFS/Advantec Equivalent: QR10047MM Sartorius: Q3400--47------G (100 per PK )

Pall Equivalent: 61665 Ahlstrom Equivalent: 1610-0700 Sartorius: FT-3-1106-070 Environmental Express (CP) Equivalent: FG85055MM (100 per PK )

Ahlstrom Equivalent: 1610-1250 MFS/Advantec Equivalent: GC50125MM (100 per PK )

Cytiva/Whatman Equivalent: 1825-055 Millipore Equivalent: APFF 055 00 Ahlstrom Equivalent: 1510-0550 MFS/Advantec Equivalent: GF7555MM Sartorius: FT-3-1105-055 (100 per PK )

Cytiva/Whatman Equivalent: 1827-090 Millipore Equivalent: AP40 090 00 Ahlstrom Equivalent: 1690-0900 MFS/Advantec Equivalent: GC5090MM Sartorius: FT-3-01147-090 (100 per PK )

Cytiva/Whatman Equivalent: 1851-055 Pall Equivalent: 7199 (100 per PK )

Glass microfiber filters offered in this product range are produced from 100% borosilicate glass microfiber without the use of binders or strengthening agents. These filters offer many advantages in a wide range of analytical applications. The fibers used to manufacture these depth filters are smooth and uniform. This permits their characteristically high flow rates while allowing retention of exceptionally small particles and high load capacity. These characteristics are particularly important in applications involving high concentrations of particulate or gelatinous substances. In choosing the appropriate filter for a specific application, careful consideration should be given to the physical form and concentration of the material to be captured by the filter. (100 per PK )