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EMD Millipore MultiScreen™ High Volume Filter Plates

Multiwell solutions for discovery research and sample prep

Manufacturer: emd millipore  MVHVN4525

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Catalog No. MVHVN4525


Description & Specifications


Color Opaque
Dimensions (L x W x H) 0.5 x 3.37 x 1.85 in. (1.27 x 8.56 x 4.7cm)
For Use With (Application) Receptor binding assays on whole cells and cell fragments, protein kinase, phosphatase precipitation assays, bead, resin based assays
Height (English) 1.85 in.
Height (Metric) 4.7cm
Length (English) 0.5 in.
Length (Metric) 1.27cm
Material Polypropylene
Membrane Hydrophilic PVDF
No. of Wells 96
Pore Size 0.45μm
Sterile No
Type MultiScreen High Volume HV Plate
Volume (Metric) Well 2mL
Width (English) 3.37 in.
Width (Metric) 8.56cm

MultiScreen filter plates meet specific performance criteria for sample preparation methodology requiring low nonspecific binding of protein and drug analytes, solvent compatibility and sample throughput. The MultiScreen High Volume filter plate can process up to 2mL of aqueous and organic solutions, with best-in-class discrete and quantitative filtrate transfer to a custom designed 96-well MultiScreen High Volume collection plate using the MultiScreen hts vacuum manifold. The MultiScreen High Volume filter plate is fully automation-compatible and complies with ANSI Deepwell Plate standards.

MultiScreen High Volume filter plate with Durapore™ membrane

  • For high recovery (low nonspecific binding) of small molecules and proteins, low extractables, and compatibility with aqueous and some organic solutions
  • Applications include: low protein binding assays, low extractables assays, sample cleanup, particulate/aggregate removal (prior to HPLC or UPLC™ analysis), and bead-based assays
MultiScreen High Volume filter plate with 1.2μm Glass Fiber C (GFC) membrane
  • Offers broader chemical compatibility with both aqueous and organic solutions
  • Applications requiring high flow including: lysate clearing, viscous sample filtration, environmental testing, and DNA sample preparation bind-wash-elute applications