Gel filtration chromatographic column (GFC, with aqueous solution as mobile phase)
stationary phase |
substrate |
pHrange |
application |
OHpak SBseries |
Polyhydroxymethyl methacrylate |
3-10 |
Can be used for separating water-soluble molecules and determining molecular weight distribution; |
Protein KWseries |
silicone rubber |
3-7.5 |
Compared to polymer columns,KWSeries columns are more suitable for analyzing substances with molecular weights ranging from several thousand to several million, such as proteins. |
Regular GFC Column Ordering Information
classification |
OEM NO |
product description |
Inner diameter(mm) |
Length(mm) |
GFC |
F6429100 |
SB-802 HQ 8um |
8.0 |
300 |
GFC |
F6429101 |
SB-802.5 HQ |
8.0 |
300 |
6um |
GFC |
F6429102 |
8.0 |
300 |
SB-803 HQ 6um |
GFC |
F6429103 |
8.0 |
300 |
SB-804 HQ 10um |
GFC |
F6429104 |
8.0 |
300 |
SB-805 HQ 13um |
GFC |
F6429105 |
8.0 |
300 |
SB-806 HQ 13um |
GFC |
F6429106 |
8.0 |
300 |
SB-806M HQ |
GFC |
F6429108 |
8.0 |
300 |
SB-807 HQ |
GFC |
F6989000 |
8.0 |
300 |
KW-802.5 |
GFC |
F6989103 |
8.0 |
300 |
KW-803 |
GFC |
F6989104 |
8.0 |
300 |
KW-804
Regular GFC Column Ordering Information |
Sealing solvent |
stationary phase |
characteristic |
THFKF-800 |
seriesThe most commonGPC |
Column, with a wide range of applications |
chloroformK-800 |
seriesThe application scope is second only toTHF |
solvent |
DMFKD-800 |
series |
Suitable for analyzing polar polymers such as melamine, polyacrylonitrile, polyvinylpyrrolidone, polyimide |
HFIPHFIP-800 |
seriesCan analyze engineering plastics such as polyamide at room temperature(nylon) |
And polyethylene terephthalate |
THF |
LF-804Porous permeability with good linear calibration curveGPC |
Column, with wide pore size distribution, eliminates the shoulder peak easily produced by mixed gel column, and there are many solvents for replacement
Sugar column
The analysis of general sugars can adopt separation modes such as coordination exchange, volume exclusion, ion exclusion, and normal phase.SUGAR |
series Sugar separation combines different separation modes, such as coordination exchange, volume exclusion, ion exclusion, and positive phase. |
Suitable for separating sugars and sugar alcohols.Asahipak NH2P |
series |
Using the normal phase mode to achieve sugar separation is suitable for separating monosaccharides, oligosaccharides, and sugar alcohols.SUGAR KS |
series |
Combining volume exclusion and coordination exchange modes to achieve carbohydrate separation. The exclusion limits of each column are different, so the appropriate column can be selected based on the molecular weight of monosaccharides, disaccharides, oligosaccharides, and polysaccharides. |
USPpak MN-431Analyze mannitol according to the United States Pharmacopeia(USP,23 |
Version)
Ionic exchange chromatography column hydrophobic chromatography column |
stationary phase |
Application scope |
Sample molecular weightIEC |
seriesSuitable for proteins, peptidesDNA、RNA4Analysis of oligonucleotides, etc. have |
Types of ion exchange functional groups. |
high molecular weightAsahipak ES |
seriesThere is weak anion exchange(DEAE)Exchange with weak cations(CM)Two types, andIEC |
The separation characteristics of the series are slightly different. |
high molecular weight |
AXpak WA-624Weak anion exchange column, with an ion exchange capacity of1.2meq/g |
Dry gel, suitable for anion exchange analysis of nucleic acids, such as nucleotides. |
low molecular weight |
CXpak P-421S |
Suitable for analysis of amino acids and amino sugars. |
low molecular weight |
HICPH-814 |
Hydrophobic chromatography, analyzed under mild conditions, is not prone to biodegradation and is suitable for analyzing biological samples such as proteins. |
high molecular weight
Ion chromatography column
Ion chromatography is divided into two methods: with suppressors and without suppressors. Shodex columns for analyzing anions and cations are available for both inhibitory and non inhibitory systems. We also provide columns for practical post column derivatization analysis of transition metal ions and rare earth metal ions. Please select the column based on the analysis requirements and ion types. |
NI-424Analyze anions using the inhibitor free method.NI-424correctI-524AThe high-efficiency column can also separate chloride ions and phosphoric acid, usingI-524A |
It cannot be achieved. |
|
I-524A |
Y-521Analyze cations using the inhibitor free method.Y-521Suitable for separating various alkyl amines.YK-421 |
Can simultaneously separate single and divalent cations. |
|
YK-421 |
SI-90 |
Analyze anions using suppressors. Proficient in analyzing chloride ions, removing foreign organic acids, and not affected by the peak of the carbonate system, it is suitable for analyzing anions in various samples and requires a suppressor in the ion chromatography system. |
|
SI-50 |
|
SI-52 |
|
SI-91 |
T-521T-521Suitable for analyzing transition metal ions;R-621 |
Suitable for analyzing rare earth metal ions. The post column derivatization method has high sensitivity for measuring metal ions. |
R-621
Polymer carrier normal phase and reverse phase chromatography column
Shodex's polymer carrier chromatography column has a longer lifespan and a wider pH range compared to silica carrier chromatography columns.
Organic acid specific column
Generally, organic acid analysis can be achieved through ion exclusion, ion exchange, and reverse phase modes. The Shodex organic acid specific column RSpak KC-811 introduces ion exclusion, volume exclusion, and reverse phase composite modes to achieve the separation of multiple organic acids. When using KC-811, KC-G is generally used as a protective column for samples, and KC-LG is recommended for samples with high impurities.
Shodex chiral column
The Shodex ORpak and Shodex AFpak ABA-894 series produced by Shodex use fillers with coordination groups, which can identify various optical isomers. There are three types of coordination groups: α, β, and γ cyclodextrin derivatives (CD), L-amino acid derivatives, and bovine serum albumin.