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0345-B0B1
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VertiSep Integral PFP

by Vertical Chromatography

VertiSep™ Integral columns are made with superficially porous silica microsphere (Core-shell) technolohy. The packings consist of ultra-pure silica in solid cores and thin outer shells with uniform pores. These offer excellent kinetic properties providing stable, ultra-high resolution and faster than HPLC column with conventional packings.

VertiSep™ Integral columns are 2.6μm in particle size, very narrow particle size distribution and the higher particle density. This provides efficiency of about at least 20,000 in which comparable to sub-2μm columns.

VertiSep™ Integral particles have a solid core of 1.7μm and 450nm thick outer shell respectively. The thin outer porous shell allows rapid solute mass transfer (fast kinetics) so that mobile phase flow rate can be increased to allows for very fast separations without sacrificing resolution like sub-2μm columns.

As only the thin outer shell of core shell particle is porous. This allows less back pressure and rapid solute diffusion in and out of the thin porous shell comparing to totally porous sub-2μm particle. VertiSep™ Integral columns limit at pressure up to at least 5,000psi that are compatible with standard HPLC and LC/MS equipments.

All totally porous particles (1.8μm, 3μm, and 5μm) have an acceptable particle size distribution. However, VertiSep™ Integral core- shell particle has a narrow particle size distribution, which reduces multi-path diffusion and results in high efficiency.

Specification
Vendor Vertical Chromatography Internal Diameter
Brand VertiSep Integral PFP Pore size 100
Modifification Silica/PFP Max Pressure 5000
Mode Reversed-Phase Surface Area 130
Particle Size pH stability from 1.5
Length pH stability to 10.0
Similar columns from other manufacturers to VertiSep Integral PFP

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.
Accucore
by Thermo Fisher Scientific
88% match
ModeReversed-Phase
ModificationSilica/PFP
Pore Size80 Å
Shared Product UsageNo shared usage assigned
View Brand
SunShell PFP
by ChromaNik Technologies Inc.
88% match
ModeReversed-Phase
ModificationSilica/PFP
Pore Size90 Å
Shared Product UsageNo shared usage assigned
View Brand
NUCLEODUR PFP
by MACHEREY-NAGEL
74% match
ModeReversed-Phase
ModificationSilica/PFP
Pore Size110 Å
Shared Product UsageNo shared usage assigned
View Brand
Discovery HS F5
by Sigma Aldrich
69% match
ModeReversed-Phase
ModificationSilica/PFP
Pore Size120 Å
Shared Product UsageNo shared usage assigned
View Brand
Venusil PFP
by Bonna-Agela Technologies
68% match
ModeReversed-Phase
ModificationSilica/PFP
Pore Size120 Å
Shared Product UsageNo shared usage assigned
View Brand
COSMOSIL 5PFP
by Nacalai
67% match
ModeReversed-Phase
ModificationSilica/PFP
Pore Size120 Å
Shared Product UsageNo shared usage assigned
View Brand
FluoroSep-RP Phenyl
by ES Industries
61% match
ModeReversed-Phase
ModificationSilica/PFP
Pore Size60 Å
Shared Product UsageNo shared usage assigned
View Brand
Pursuit PFP
by Varian
59% match
ModeReversed-Phase
ModificationSilica/PFP
Pore Size200 Å
Shared Product UsageNo shared usage assigned
View Brand
Product Usage values
No Product Usage values are assigned to this Product or its Brand.
Application values
No Application values are assigned to this Product.
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