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5020-85130
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Inertsil Ph-3

by GL Sciences

Inertsil Ph-3

  • Virtually perfect peak shape for most bases and acids
  • Unique selectivity
  • Exceptional physical and chemical durability provides long column life
  • Vast database of chromatographic applications available to assist in method development
  • Very low operating back pressure

Inertsil Ph-3 provides pure reverse phase characteristics that are critical to resolving highly polar compounds like acidic and basic pharmaceuticals. The near perfect phenyl phase coverage on this material results in symmetric, narrow peaks for even the most polar compounds while using simple eluents like aqueous MeCN or MeOH. The need for ion-pair and competing-amine eluent modifiers that are necessary with many other reverse phase columns is eliminated on Inertsil 3-series phases.

The Inertsil 3-series represents a major advance in performance over the original Inertsil 2-Series. Inertsil 3-Series phases, including ODS-3, ODS-3V, ODS-P, ODS-EP, C8-3, Ph-3, ODS-SPRINT , CN-3, NH2, Diol, and SIL-100A°, are based on a purer, higher surface area silica which is specially manufactured to provide maximum bonded phase coverage. The result is a series of columns which provide excellent peak shapes using simple eluents while operating at low pressure.

Inertsil Ph-3, along with most of the other Inertsil 3-series phases, are available in 3, 5, and 8 micron particle sizes in column configurations ranging from capillary to 50mm ID preparative sizes.
Inertsil phases are known to provide excellent results and long column life at pH levels of 9 or 10.
However, optimum column life will likely be achieved by operating at a pH of between 2 and 7.5.

Specification
Vendor GL Sciences Max Pressure 11600
Brand Inertsil Ph-3 Surface Area 450
Modifification Silica/Phenyl Carbon Load, % 9.5
Mode Reversed-Phase Endcapped No
Particle Size Operating Temperature 60
Length pH stability from 2.0
Internal Diameter pH stability to 7.5
Pore size 100
Similar columns from other manufacturers to Inertsil Ph-3

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 81% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size100 Å
Shared Product UsageAromatic compounds
View Brand
Kromasil Phenyl
by Sigma Aldrich
95% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size100 Å
Shared Product UsageAromatic compounds
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HiQ Sil Ph-120
by KYA Technologies Corporation
92% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size120 Å
Shared Product UsageAromatic compounds
View Brand
NUCLEOSIL C6H5
by MACHEREY-NAGEL
89% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size100 Å
Shared Product UsageAromatic compounds
View Brand
HECTOR-M PN
by RSTech
85% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size100 Å
Shared Product UsageAromatic compounds
View Brand
Cogent HPS Phenyl
by MicroSolv Technology Corporation
82% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size120 Å
Shared Product UsageAromatic compounds
View Brand
VertiSep UPS PH
by Vertical Chromatography
82% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size100 Å
Shared Product UsageNo shared usage assigned
View Brand
Bluespher
by KNAUER
82% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size100 Å
Shared Product UsageNo shared usage assigned
View Brand
77% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size120 Å
Shared Product UsageAromatic compounds
View Brand
BetaSil
by Thermo Fisher Scientific
77% match
ModeReversed-Phase
ModificationSilica/Phenyl
Pore Size100 Å
Shared Product UsageNo shared usage assigned
View Brand
Product Usage values
Aromatic compounds
Application values
No Application values are assigned to this Product.
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