Agilent, PL1412-4100, PLRP-S 100Å, 10 µm, bulk media, 100 g

PLRP-S 100Å, 10 µm, bulk media, 100 g. Fully porous PS/DVB reversed-phase particle support that is stable at elevated temperatures and a wide pH range(1-14). Available in wide range of particle and pore sizes for targeted applications

Specifications:
Brand: PLRP-S
Hardware: Bulk Media
LC Platform: Bulk Media
Maximum Temperature: 200 °C
Part Number Application Domain: Biopharma
Part Number Application: PeptidesPreparative HPLC Columns & Bulk MediaProteins
Particle Size: 10 µm
Particle Type: Fully Porous
Phase: DVB
Pore Size: 100 Å
Pressure Rating: 207 bar
Separation Mode: Reversed Phase
Technique: LCLC & LC/MS
UNSPSC Code: 41115711
Weight: 100 g
pH Range: 1-14

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This 100-gram bulk media is composed of highly cross-linked poly(styrene-divinylbenzene) particles with a 100 Å pore size and 10 µm particle diameter, delivering exceptional mechanical and chemical stability. Designed for reversed-phase chromatography, the polymeric sorbent provides a robust alternative to traditional silica-based materials, enabling excellent resolution in the separation of peptides, proteins, synthetic polymers, and small molecules across a broad range of pH conditions, including extreme environments unsuitable for silica phases. The consistently high performance and reproducibility make it ideal for method development, purification, and scale-up in pharmaceutical, biotechnology, and analytical research laboratories. Compatible with a wide array of preparative and analytical liquid chromatography systems, including Agilent HPLC and FPLC instruments, this media is also suitable for custom column packing, process scale separations, and applications requiring strong resistance to organic solvents and varying pH. Related products include different pore sizes and particle diameters within the same polymeric series, allowing users to tailor selectivity and throughput according to specific separation requirements. This versatile bulk media supports demanding workflows where reliability and chemical robustness are paramount to achieving precise analytical results.