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581613-U
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Ascentis Phenyl

by Sigma Aldrich

Ascentis® Phenyl HPLC Column
3 μm particle size, L × I.D. 10 cm × 1.0 mm                   

Ascentis®
We have placed heavy emphasis on optimizing Ascentis phases with relation to the three terms of the resolution equation: efficiency, retention and selectivity. However, our strongest emphasis has been on the most powerful term, selectivity. Together, Ascentis bonded phases have a wide range of selectivities. It is likely that one or more Ascentis phase will accomplish any small molecule HPLC separation. Packed in micro- to preparative hardware dimensions, Ascentis products cover all HPLC application areas, including the most sensitive trace-level analyses.

Ascentis Phenyl
Suitable for L11 per USP. Exceptional Selectivity for Aromatic Compounds

Features and Benefits

  • 100% Aqueous Compatible
  • ANP/HILIC and reversed-phase
  • Low UV/MS bleed for gradient applications
  • Alternate selectivity

The Ascentis family of columns is the fourth generation of HPLC column technology from Supelco scientists. Ascentis columns are bonded on high purity, 100 Angstrom silica including 3, 5, and 10 micron particle size. Columns are designed for small molecule applications and are scalable from micro columns (1.0 mm I.D.) to preparative dimensions (50 mm I.D.). The family includes C18, C8, Phenyl, Si and embedded polar group phase, RP-Amide.

The Ascentis Phenyl provides superior separations in reversed-phase mode including 100% aqueous conditions. It may also be used in HILIC/ANP (aqueous normal phase) mode and shows low UV/MS bleed for gradient applications.

Specification
Vendor Sigma Aldrich Pore size 100
Brand Ascentis Phenyl Surface Area 450
Modifification Silica/Phenyl Carbon Load, % 19.0
Mode Reversed-Phase Endcapped Yes
Particle Size Operating Temperature 70
Length pH stability from 2.0
Internal Diameter pH stability to 8.0
Similar columns from other manufacturers to Ascentis Phenyl

Up to 10 unique Brand families from other Vendors with the same Mode and the same Modification.

How similarity is calculated
Eligible families receive a weighted score from Modification (25%), Product Usage (20%), Carbon Load (15%), Endcapping (10%), Pore Size (10%), Surface Area (8%), pH Stability (8%) and Particle Size (4%). The score uses data available in both families and requires at least three comparable criteria, at least 50% data coverage and a minimum 55% score. A relevant active sponsor may appear first and is always labelled Sponsored.
A similarity score does not guarantee identical selectivity or performance. Confirm suitability under the intended method conditions.
Sponsored 57% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size100 Å
Shared Product UsageAromatic compounds
View Brand
Acclaim
by Thermo Fisher Scientific
85% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size120 Å
Shared Product UsageNo shared usage assigned
View Brand
Eurospher II
by KNAUER
79% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size100 Å
Shared Product UsageNo shared usage assigned
View Brand
VertiSep UPS PH
by Vertical Chromatography
77% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size100 Å
Shared Product UsageNo shared usage assigned
View Brand
Platisil PH
by Dikma Technologies Inc.
76% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size100 Å
Shared Product UsageAromatic compounds, Polar compounds
View Brand
Alltima Phenyl
by Hichrome
74% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size100 Å
Shared Product UsageNo shared usage assigned
View Brand
Chromenta KB Phenyl
by Chromenta
72% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size120 Å
Shared Product UsagePeptides, Small molecules
View Brand
72% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size110 Å
Shared Product UsageNo shared usage assigned
View Brand
Original ZORBAX
by Agilent Technologies
71% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size70 Å
Shared Product UsageNo shared usage assigned
View Brand
Prodigy Phenyl-3
by Phenomenex
71% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size100 Å
Shared Product UsageSmall molecules
View Brand
Product Usage values
Aqueous soluble compounds Aromatic compounds Peptides Polar compounds Small molecules
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