Whatman™ GD/X Sterile PVDF Syringe Filters

Processes three to seven times more sample volume than filters without prefilter. Whatman™ GD/X Sterile PVDF Syringe Filters are specifically designed for filtration of viscous or otherwise hard-to-filter samples with high solids content.

Overview
Brand: Whatman™

Manufacturer Part Number: 6900-2502

X50 GD/X PVDF 0.2UM 25MM ST

UNSPSC: 41104922

Code: 75

Additional Details:
Additional Details: Weight: 0.19000kg



Product Code. 11304804

Quantity Price
1 £ 167.0 / Pack of 50
In Stock 10
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Description and Specification

Specification

Volume (Metric) ≤10mL
Housing Material Pigment free Polypropylene
Filtration Area (Metric) 4.6cm2
Inlet Style Female Luer Lock
Quantity 50Pack
Sterile Yes
Pressure Rating 5.2bar (75psi)
Autoclavable Yes
Disposable Yes
Diameter (Metric) 25mm
Material Polyvinylidene Fluoride (PVDF)
Outlet Style Male Luer Slip
Temperature (Metric) 131°C
Tip Material Polypropylene
Pore Size 0.2μm

Constructed of a polypropylene housing with a prefiltration stack of Whatman GMF 150 (graded density) and GF/F glass microfiber prefilters. This design prevents the buildup of back pressure typically caused by the blocking of an unprotected membrane.
  • Syringe filter with integrated prefiltration
  • Female Luer-Lok™ inlet; male slip Luer outlet
  • Flow should enter from the inlet
  • Autoclavable at 121°C (250°F) at 15psi for 20 min.
  • Maximum temperature, 131°C (267°F) Filtration area: 13mm - 1.3cm2; 25mm - 4.6cm2 Pressure limit: 13mm - 100psi; 25mm - 75psi
  • All materials biosafe—pass USP Class VI requirements
  • Prefiltration media: 100% Borosilicate glass fiber GMF 150 10μm: 1μm GF/F 0.7μm
  • Disposable filtration devices provide labor saving efficiency while ensuring consistent filter performance
  • High loading capacity for samples with high solids content
  • Suitable for capillary electrophoresis, HPLC, and UV/VIS sample preparation

Nonsterile GD/X filters are available in two diameters: 13 mm and 25 mm, and three pore sizes: 0.2 µm, 0.45 µm, and 5 µm


Documentation