Pirkle type chiral phase based on D-DNB-Leucine. Pore size is 100Å.

Pirkle type chiral phase based on D-DNB-Phenylglycine. Pore size is 100Å.

Column holder and connector to fit 10x10mm guard cartridge.

Holder and connector to fit both 2.1x10mm and 4.0x10mm guard cartridges.

Holder and connector to fit 21.2x10mm guard cartridges. 

Holder and connector to fit both 30.0x10mm guard cartridges. 

Pirkle type chiral phase based on L-DNB-Leucine. Pore size is 100Å.

Pirkle type chiral phase based on L-DNB-Phenylglycine. Pore size is 100Å.

NovaClone is a replacement for Waters NovaPak

NovaClone is a replacement for Waters NovaPak

NovaClone is a replacement for Waters NovaPak.

PharmaBOND is a direct replacement column for Waters µBondapak applications and others requiring a robust irregular Amino phase. Pore size is 125Å.

PharmaBOND is a direct replacement column for Waters µBondapak applications and others requiring a robust irregular C18 phase. 

Pore size is 125Å.

PharmaBOND is a direct replacement column for Waters µBondapak applications and others requiring a robust irregular CN phase. Pore size is 125Å.

PharmaBOND is a direct replacement column for Waters µBondapak applications and others requiring a robust irregular Phenyl phase. Pore size is 125Å.

PharmaBOND is a direct replacement column for Waters µBondapak applications and others requiring a robust irregular silica phase. PharmaBOND silica is specially treated to remove excess trace metals. Pore size is 125Å.

PrincetonCORE C18 is a traditional octadecyl (ODS) with proprietary endcapping bonded on superficially porous silica. Superficially porous particles have been shown to increase speed and efficiency over a host of application areas. Pore size is 100Å.

Carbon Load = 9%
USP = L1
pH Range = 3-8.5

PrincetonCORE C8 is a traditional octyl stationary phase with proprietary endcapping bonded on superficially porous silica. Superficially porous particles have been shown to increase speed and efficiency over a host of application areas. Pore size is 100Å.

USP = L7
pH Range = 3-8.5

PrincetonSFC 2-Ethylpyridine is non-endcapped and has become the gold standard for achiral SFC analysis of basic compounds. This phase generally requires no addition of amines to the eluent, giving excellent peak shape and reproducibility. Invented by Princeton Chromatography. Pore size is 100Å.

PrincetonSFC 2-Ethylpyridine is non-endcapped and has become the gold standard for achiral SFC analysis of basic compounds. This phase generally requires no addition of amines to the eluent, giving excellent peak shape and reproducibility. Invented by Princeton Chromatography Inc. Pore size is 300Å.

PrincetonSFC 2-Ethylpyridine is non-endcapped and has become the gold standard for achiral SFC analysis of basic compounds. This phase generally requires no addition of amines to the eluent, giving excellent peak shape and reproducibility. Invented by Princeton Chromatography.

Product codes for popular dimensions:

5u - 150x4.6mm - 150046-01577
5u - 250x4.6mm - 250046-01577
5u - 250x21.2mm - 250212-01577

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PrincetonSFC 2CN : Diol is a hybrid co-bonded Cyano (CN) and Diol with alternate selectivity to Diol or Cyano alone. Pore size is 100Å.

PrincetonSFC 2CN : Diol is a hybrid co-bonded Cyano (CN) and Diol with alternate selectivity to Diol or Cyano alone. Pore size is 60Å.

Interesting alternative to Diol. Good for aromatics and more acicid compounds. Pore size is 100Å.

Offers different selectivity to 2-Ethylpyridine. Pore size is 60Å.

Specialty phase extending selectivity of Benzene Sulfonamide. Particularly good for compounds containing fluorine. Pore size is 100Å.