Additional YMC Achiral SFC Columns

Supercritical Fluid Chromatography (SFC) Columns

YMC Achiral SFC columns are available in many HPLC column geometries.  Columns include stationary phases based on silica and hybrid silica that are coated or covalently bonded.  These columns are specifically packed in SFC compatible hardware and tested under SFC conditions to guarantee performance.  The low viscosity of supercritical carbon dioxide allows for separations that are 3 times faster or more than normal phase HPLC.

Specifications

Features & Benefits

Product Name

YMC Cyano SFC

YMC DEAP (Diethylamino-propyl) SFC

YMC Diol SFC

YMC 2-Ethylpyridine SFC

YMC Amino SFC

YMC Propylacetimide SFC

YMC PVA-Sil SFC

YMC Pyridine Amide SFC

YMC Silica SFC

Base Particle

Silica

Pore Size

120Å

60Å

120Å, 60Å

60Å

120Å

60Å

120Å

60Å

120Å

Available Particle Sizes

5µm

3µm
5µm

5µm

5µm

5µm

3µm
5µm

5µm

3µm
5µm

3µm, 5µm

Available Column Size

250×4.6mm

  • Available in 9 different achiral phases
  • Fast separation with high resolution
  • Excellent durability
  • Greatly reduces solvent consumption compared to HPLC

Applications

Applications 
AdditionalSFCColumns_app1

Product List

Product Table

CN SFC

No products of this type are available at this time. Please check again later.

DEAP SFC

No products of this type are available at this time. Please check again later.

Diol SFC

No products of this type are available at this time. Please check again later.

2-Ethylpyridine SFC

No products of this type are available at this time. Please check again later.

Amino SFC

No products of this type are available at this time. Please check again later.

Propylacetimide SFC

No products of this type are available at this time. Please check again later.

PVA-sil SFC

No products of this type are available at this time. Please check again later.

Pyridine Amide SFC

No products of this type are available at this time. Please check again later.

SIL SFC

No products of this type are available at this time. Please check again later.