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UniSil Phenyl Reversed Phase Bulk Media, UniSil 10-120 PFP (CAT#: STEM-C-3180-ZJF)

Highlights

Phenyl Phase: Provides π-π interaction-based selectivity, ideal for the separation of aromatic compounds.
PFP Phase: Features strong polarity interactions for enhanced selectivity of polar compounds and stereoselectivity for separating structural isomers.
PBB Phase: Utilizes stronger dispersion force interactions, suitable for separating compounds with longer bond lengths, larger functional atoms (e.g., halogen atoms), or electron-active groups.

Cat Number: STEM-C-3180-ZJF

Application: For the separation, purification, and analysis of complex compounds, including pharmaceuticals, biomolecules, and other high-value substances in research and industrial applications.

Model: UniSil 10-120 PFP

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Description

The phenyl phase offers selectivity based on π-π interactions, making it ideal for the separation of aromatic compounds.
The PFP phase exhibits strong polarity interactions, providing enhanced selectivity for polar compounds. Additionally, its stereoselectivity enables improved separation of structural isomers.
The PBB phase is characterized by stronger dispersion force interactions, making it well-suited for the separation of compounds with longer bond lengths, larger functional atoms (such as halogens), or electron-active groups.

Specification

Matrix: Silica gel
Particle Size (μm): 5/10
Pore Size (Å): 120
Particle Size CV: <5%
Surface Area (m²/g): ~310
Pore Volume (cm³/g): ~0.95
Bulk Density (g/mL): ~0.50
Bonding Phase: Pentafluorophenyl
Carbon Content (%): ~12
Max. Pressure (bar): <600
Working pH: 2-8
Operational Temperature (℃): 10-60
Storage: After use, clean with salt and seal in 100% ethanol or isopropanol; store at 4-25℃ in a cool, dry place.

Features

Phenyl Phase: Provides π-π interaction-based selectivity, ideal for the separation of aromatic compounds.
PFP Phase: Features strong polarity interactions for enhanced selectivity of polar compounds and stereoselectivity for separating structural isomers.
PBB Phase: Utilizes stronger dispersion force interactions, suitable for separating compounds with longer bond lengths, larger functional atoms (e.g., halogen atoms), or electron-active groups.

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