AcroPrep 24-Well Filter Plate w/ Supor Membrane - 0.8um (2/Pkg)
Pall SKU: 97034

AcroPrep Polyethersulfone (PES) Filter Plate, 0.8 µm, 2/Pk - 97034

High-throughput workflows collect and clarify samples in one plate-based step, cutting the handling variability that separate transfer steps introduce. Low-binding PES preserves dilute proteins and analytes in the filtrate while tolerating aqueous buffers, aliphatic alcohols, and glycols and wets on contact with aqueous buffers. Consistent parallel clarification holds run-to-run reproducibility steady, so results stay comparable from well to well throughout the sequence.

Key Characteristics

• High flow rate with low extractable background for clean preparations
• Naturally hydrophilic surface wets without pre-wetting in aqueous applications
• Absolute pore size rating gives consistent results across protocols
• Broad compatibility with aqueous buffers, aliphatic alcohols, glycols, and strong bases
• Stable across the full pH 1 to 14 operating range

Sample clarification before injection is the cheapest insurance your chromatography system has. Upstream sample clarification keeps your separations clean and reproducible from sample preparation through final injection. Reach out to the Tisch Scientific team for application support, volume pricing, and technical assistance with your filtration product selection.

Capacity

7mL

Material

Polyethersulfone (PES)

Pore Size (µm)

0.8

Sterility

Nonsterile

Wettability

Hydrophilic

• High-Throughput Cleanup - Plate-based clarification prepares large analytical batches in parallel and cuts hands-on preparation time per sample.
• Unattended Sampling Runs - Single-use plates paired with automated instruments enable clean, hands-off sample collection through a full test.
• Pharmaceutical Release Testing - Clarified samples meet USP, EP, and JP method requirements for routine QC and batch release workflows.
• Pre-Chromatography Clarification - Clarified aliquots reach the autosampler free of particulates, protecting column lifetime across long runs.
• Automated Dissolution Sampling - Filtered aliquots pulled from dissolution vessels arrive analysis-ready with no manual clarification step.
• Parallel Sample Processing - Multiple vessel samples clarify at once, tightening run-to-run consistency across a full analytical sequence.