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12342--47------N
CA Membrane; 5.0æm; 47mm; 100pc
Price: $302.02List Price: $335.57Sartorius membrane filters are available in a wide range of pore sizes, membrane types and diameters to fit the extensive array of applications being performed in the laboratory. Available in diameters from 13mm to 90mm and pore sizes from 0. -
C020A013A
Cellulose Acetate Membrane Filter, 0.20 æm, 13mm, Non-Steril
Price: $182.14List Price: $202.38Low protein binding Low aqueous extractables Advantec Cellulose Acetate (CA) membrane filters are low protein binding and ideally suited for applications such as diagnostic cytology and receptor binding studies. Cellulose Acetate's hydrophilic -
C020A142C
Cellulose Acetate Membrane Filter, 0.20 æm, 142mm, Non-Steri
Price: $327.94List Price: $364.38Low protein binding Low aqueous extractables Advantec Cellulose Acetate (CA) membrane filters are low protein binding and ideally suited for applications such as diagnostic cytology and receptor binding studies. Cellulose Acetate's hydrophilic -
C020A025A
Cellulose Acetate Membrane Filter, 0.20 æm, 25mm, Non-Steril
Price: $211.63List Price: $235.14Low protein binding Low aqueous extractables Advantec Cellulose Acetate (CA) membrane filters are low protein binding and ideally suited for applications such as diagnostic cytology and receptor binding studies. Cellulose Acetate's hydrophilic -
C020A293C
Cellulose Acetate Membrane Filter, 0.20 æm, 293mm, Non-Steri
Price: $687.95List Price: $764.39Low protein binding Low aqueous extractables Advantec Cellulose Acetate (CA) membrane filters are low protein binding and ideally suited for applications such as diagnostic cytology and receptor binding studies. Cellulose Acetate's hydrophilic -
C020A037A
Cellulose Acetate Membrane Filter, 0.20 æm, 37mm, Non-Steril
Price: $267.72List Price: $297.47Low protein binding Low aqueous extractables Advantec Cellulose Acetate (CA) membrane filters are low protein binding and ideally suited for applications such as diagnostic cytology and receptor binding studies. Cellulose Acetate's hydrophilic -
C020A047A
Cellulose Acetate Membrane Filter, 0.20 æm, 47mm, Non-Steril
Price: $269.76List Price: $299.73Low protein binding Low aqueous extractables Advantec Cellulose Acetate (CA) membrane filters are low protein binding and ideally suited for applications such as diagnostic cytology and receptor binding studies. Cellulose Acetate's hydrophilic -
C020G047A
Cellulose Acetate Membrane Filter, 0.20 æm, 47mm, Sterile
Price: $312.75List Price: $347.50Low protein binding Low aqueous extractables Advantec Cellulose Acetate (CA) membrane filters are low protein binding and ideally suited for applications such as diagnostic cytology and receptor binding studies. Cellulose Acetate's hydrophilic -
C020A050A
Cellulose Acetate Membrane Filter, 0.20 æm, 50mm, Non-Steril
Price: $291.76List Price: $324.18Low protein binding Low aqueous extractables Advantec Cellulose Acetate (CA) membrane filters are low protein binding and ideally suited for applications such as diagnostic cytology and receptor binding studies. Cellulose Acetate's hydrophilic -
C020A090C
Cellulose Acetate Membrane Filter, 0.20 æm, 90mm, Non-Steril
Price: $215.70List Price: $239.66Low protein binding Low aqueous extractables Advantec Cellulose Acetate (CA) membrane filters are low protein binding and ideally suited for applications such as diagnostic cytology and receptor binding studies. Cellulose Acetate's hydrophilic -
C045A013A
Cellulose Acetate Membrane Filter, 0.45 æm, 13mm, Non-Steril
Price: $182.14List Price: $202.38Low protein binding Low aqueous extractables Advantec Cellulose Acetate (CA) membrane filters are low protein binding and ideally suited for applications such as diagnostic cytology and receptor binding studies. Cellulose Acetate's hydrophilic -
C045A142C
Cellulose Acetate Membrane Filter, 0.45 æm, 142mm, Non-Steri
Price: $327.94List Price: $364.38Low protein binding Low aqueous extractables Advantec Cellulose Acetate (CA) membrane filters are low protein binding and ideally suited for applications such as diagnostic cytology and receptor binding studies. Cellulose Acetate's hydrophilic