 Order Information |
Dimension(mm) |
Particle Size(μm) |
Part Number |
XB-1 C18 |
XB-1 C8 |
XB-1 Phenyl |
2.1×30 |
5 |
185XB2031 |
105XB2031 |
115XB2031 |
2.1×50 |
5 |
185XB2051 |
105XB2051 |
115XB2051 |
2.1×100 |
5 |
185XB2101 |
105XB2101 |
115XB2101 |
2.1×150 |
5 |
185XB2151 |
105XB2151 |
115XB2151 |
4.6×50 |
5 |
185XB4051 |
105XB4051 |
115XB4051 |
4.6×100 |
5 |
185XB4101 |
105XB4101 |
115XB4101 |
4.6×150 |
5 |
185XB4151 |
105XB4151 |
115XB4151 |
4.6×200 |
5 |
185XB4201 |
105XB4201 |
115XB4201 |
4.6×250 |
5 |
185XB4251 |
105XB4251 |
115XB4251 |
2.1×30 |
3 |
183XB2031 |
103XB2031 |
113XB2031 |
2.1×50 |
3 |
183XB2051 |
103XB2051 |
113XB2051 |
2.1×100 |
3 |
183XB2101 |
103XB2101 |
113XB2101 |
2.1×150 |
3 |
183XB2151 |
103XB2151 |
113XB2151 |
4.6×50 |
3 |
183XB4051 |
103XB4051 |
113XB4051 |
4.6×100 |
3 |
183XB4101 |
103XB4101 |
113XB4101 |
4.6×150 |
3 |
183XB4151 |
103XB4151 |
113XB4151 |
|
|
| |
Dimension(mm) |
Particle Size(μm) |
Part Number |
XB-1 CN |
XB-1Silica |
XB-1 NH2 |
2.1×30 |
5 |
CN5XB2031 |
SI5XB2031 |
NH5XB2031 |
2.1×50 |
5 |
CN5XB2051 |
SI5XB2051 |
NH5XB2051 |
2.1×100 |
5 |
CN5XB2101 |
SI5XB2101 |
NH5XB2101 |
2.1×150 |
5 |
CN5XB2151 |
SI5XB2151 |
NH5XB2151 |
4.6×50 |
5 |
CN5XB4051 |
SI5XB4051 |
NH5XB4051 |
4.6×100 |
5 |
CN5XB4101 |
SI5XB4101 |
NH5XB4101 |
4.6×150 |
5 |
CN5XB4151 |
SI5XB4151 |
NH5XB4151 |
4.6×200 |
5 |
CN5XB4201 |
SI5XB4201 |
NH5XB4201 |
4.6×250 |
5 |
CN5XB4251 |
SI5XB4251 |
NH5XB4251 |
2.1×30 |
3 |
CN3XB2031 |
SI3XB2031 |
NH3XB2031 |
2.1×50 |
3 |
CN3XB2051 |
SI3XB2051 |
NH3XB2051 |
2.1×100 |
3 |
CN3XB2101 |
SI3XB2101 |
NH3XB2101 |
2.1×150 |
3 |
CN3XB2151 |
SI3XB2151 |
NH3XB2151 |
4.6×50 |
3 |
CN3XB4051 |
SI3XB4051 |
NH3XB4051 |
4.6×100 |
3 |
CN3XB4101 |
SI3XB4101 |
NH3XB4101 |
4.6×150 |
3 |
CN3XB4151 |
SI3XB4151 |
NH3XB4151 |
|
| |
 AichromBond XB-2
AichromBond XB-2 has an identical bonded phase as XB-1. However, XB-2 has relatively low surface area, 200©O /g, which allows compounds to have shorter retention times and suitable for the separation of large molecules. Abel supplies XB-2 C18, XB-2 C8 and XB-2Silica. These are equivalent to Hypersil BDS and Zorbax XDB. Hypersil BDS and Zorbax XDB relatively could have more retention.
|
Dimension(mm) |
Particle Size(μm) |
Part Number |
XB-2 C18 |
XB-2 C8 |
XB-2 Silica |
2.1×30
2.1×50
2.1×100
2.1×150
4.6×50
4.6×100
4.6×150
4.6×200
4.6×250 |
5
5
5
5
5
5
5
5
5 |
185XB2032 185XB2052 185XB2102 185XB2152 185XB4052 185XB4102 185XB4152 185XB4202 185XB4252 |
105XB2032 105XB2052 105XB2102 105XB2152 105XB4052 105XB4102 105XB4152 105XB4202 105XB4252 |
SI5XB2032
SI5XB2052
SI5XB2102
SI5XB2152
SI5XB4052
SI5XB4102
SI5XB4152
SI5XB4202
SI5XB4252 |
|
|
| |
| AichromBond XB Series Columns |
| |
| AichromBond XB-1 |
The AichromBond AQ C18 columns are designed to show extended retention and selectivity for hydrophilic and polar compounds at low to medium pH(1.5-9.0), which are poorly retained on other phases. AichromBond AQ C18 columns are made to be compatible with 100% aqueous mobile phases. AichromBond AQ C18 columns are suitable for analysing biomolecules, metabolites, and pharmaceutical degradants such as organic acids, watersoluble vitamins, oligosaccharides, amino acids, small peptides and nucleotides. AichromBond AQ C18 columns are equivalent to Waters Symmetry, Inertsil C18, Zorbax SB, Atlantis dC18, and other AQ columns.
The proprietary bonding process of the packing materials led to unique performance of the AQ C18 columns.
The characteristics include:
1) Extremely base-friendly surface at any pH
2) Large volume injection: maintains very high efficiency even if the injection volume is exceptionally large.
3) Compatibility with 100% aqueous mobile phase high volume and mass loadability.
4) Low pH stability (pH=1.5): better stability than most of the popular brand columns (including other brand AQ columns) on the market.
|
| |
| Figure 1¡¡A typical QA test chromatogram of an AQ C18 column |
|
Sample:1. Uracil, 2. 2,3 dihydroxy naphthalene, 3. Propanolol, 4. Naphthalene, 5. Amitriptyline
Injection: 5 μL
Column: 4.6 mm x 150 mm, 5 μm
Mobile phase: 10 mmol sodium phosphate buffer (pH=7)/Methanol = 15:85
Flow: 1 mL/min
Temperature: 30¡æ
Detection: UV 254 nm
|
| |
| Balanced Retention for Hydrophilic and Hydrophobic Compounds |
 |
Mobile Phase: 35% v/v 20.0mM KH2PO4 / K2HPO4 at pH=7.0 / 65% Methanol at 23¡æ
Flow Rate: |
1mL/min |
Detection: |
UV 254nm |
Sample: |
Uracil, Propranolol, Hydrochloride, Dimethyl Phthalate, |
|
Naphthalene, Acenaphthene, Amitriptyline |
|
Dimension(mm) |
Particle Size(μm) |
Part Number |
AichromBond AQ C18 |
2.1×30 |
5 |
185AQ203 |
2.1×50 |
5 |
185AQ205 |
2.1×100 |
5 |
185AQ210 |
2.1×150 |
5 |
185AQ215 |
4.6×50 |
5 |
185AQ405 |
4.6×100 |
5 |
185AQ410 |
4.6×150 |
5 |
185AQ415 |
4.6×250 |
5 |
185AQ425 |
2.1×30 |
3 |
183AQ203 |
2.1×50 |
3 |
183AQ205 |
2.1×100 |
3 |
183AQ210 |
2.1×150 |
3 |
183AQ215 |
4.6×50 |
3 |
183AQ405 |
4.6×100 |
3 |
183AQ410 |
4.6×150 |
3 |
183AQ415 |
|
| |
| AichromBond SB Series Columns |
The AichromBond SB series columns use unique monofunctional silanes with bulky diisobutyl or diisopropyl side chain groups that sterically protect the key siloxane bond from hydrolytic attack at low pH. The AichromBond SB columns are specially designed for the separation of polar compounds from low (extremely stable at pH=1.0) to medium pH. The packing materials are not endcapped. AichromBond SB columns are equivalent to Zorbax SB.
The characteristics include:
- Peak shape and efficiency: Excellent peak symmetry for basic compounds comparing to other brand polar phase columns
- 100% aqueous compatible: Much better peak shape, retention, and efficiency
- Balanced retention with high efficiency and resolution
- Low pH application: as low as 1.0
|
The Stability in the Low pH |
|
Column: AichromBond SB C18 4.6×150mm, 5μm
Sample: Naphthol
Aging: 40¡æ, TFA in 80% methanol (pH=1.0), 400 hours
Mobile Phase: TFA in 80% methanol (pH=1.5)
Flow Rate: 1mL/min
Injection: 5μL
Temperature: 30¡æ
|
| |
| The Separation of Organic Acid |
|
Dimension(mm) |
Particle Size(μm) |
Part Number |
SB C18 |
SB C8 |
2.1×30 |
3 |
183SB203 |
103SB203 |
2.1×50 |
3 |
183SB205 |
103SB205 |
2.1×100 |
3 |
183SB210 |
103SB210 |
2.1×150 |
3 |
183SB215 |
103SB215 |
4.6×50 |
3 |
183SB405 |
103SB405 |
4.6×100 |
3 |
183SB410 |
103SB410 |
4.6×150 |
3 |
183SB415 |
103SB415 |
2.1×30 |
5 |
185SB203 |
105SB203 |
2.1×50 |
5 |
185SB205 |
105SB205 |
2.1×100 |
5 |
185SB210 |
105SB210 |
2.1×150 |
5 |
185SB215 |
105SB215 |
4.6×50 |
5 |
185SB405 |
105SB405 |
4.6×100 |
5 |
185SB410 |
105SB410 |
4.6×150 |
5 |
185SB415 |
105SB415 |
4.6×250 |
5 |
185SB425 |
105SB425 |
|
| |
| AichromBond SB Series Columns |
AichromBond HILIC columns are made from high purity spherical silica particles bonded with a neutral hydrophilic amide group. The AichromBond HILIC columns are a good replacement for NH2 and silica columns that are currently marketed as HILIC. Compared with traditional silica and NH2 columns, the AichromBond HILIC columns have better reproducibility and column lifetime. They are especially useful for the separation of strong hydrophilic compounds, whether they are acidic, basic or neutral.
The characteristics include:
- Strong retention of polar compounds in HILIC mode
- Can be used as reversed phase, normal phase and HILIC phase
- More robust and reproducible performance than silica and amino stationary phase
- 100% aqueous and 100% organic solvents compatible
- pH range: 2.1-8.0
|
Application
Water-soluble Vitamins
AichromBond HILIC 5μm, 4.6mm×150mm
|
 |
| Brand W Silica Column, 5μm, 4.6×150mm |
|
Mobile Phase: A:0.1% TFA in Water; B:0.1% TFA in AcetonitrileA:B=90:10
Flow Rate: 1mL/min
Temperature: 30¡æ
Detection: UV 280nm
Sample: VB1+VB6+VC+VB2
|
Order Information
Dimension(mm) |
Particle Size(μm) |
Part Number |
AichromBond HILIC |
2.1×30 |
3 |
3AH203 |
2.1×50 |
3 |
3AH205 |
2.1×100 |
3 |
3AH210 |
2.1×150 |
3 |
3AH215 |
4.6×50 |
3 |
3AH405 |
4.6×100 |
3 |
3AH410 |
4.6×150 |
3 |
3AH415 |
2.1×30 |
5 |
5AH203 |
2.1×50 |
5 |
5AH205 |
2.1×100 |
5 |
5AH210 |
2.1×150 |
5 |
5AH215 |
4.6×50 |
5 |
5AH405 |
4.6×100 |
5 |
5AH410 |
4.6×150 |
5 |
5AH415 |
4.6×250 |
5 |
5AH425 |
|
|
| Aichrom Ion Exchange HPLC Columns |
| Aichrom ion exchange columns are available for both Strong Anion Exchange (SAX) and Strong Cation Exchange (SCX) columns. Aichrom SCX columns are made from spherical silica particles of the highest purity, bonded with aromatic sulfonic acid group. They can be used for the separation of basic, water-soluble compounds and bio-molecules. Aichrom SAX columns are made from high purity spherical silica particles and bonded with quaternary amine groups. The columns can be used for the separation of acidic, water-soluble compounds and bio-molecules. |
| Order Information |
Dimension(mm) |
Particle Size(μm) |
Part Number |
SCX |
SAX |
2.1×150 |
3 |
3SC215 |
3SA215 |
4.6×150 |
3 |
3SC415 |
3SA415 |
4.6×250 |
3 |
3SC425 |
3SA425 |
2.1×150 |
5 |
5SC215 |
5SA215 |
4.6×150 |
5 |
5SC415 |
5SA415 |
4.6×250 |
5 |
5SC425 |
5SA425 |
4.6×300 |
5 |
5SC430 |
5SA430 |
7.8×300 |
5 |
5SC730 |
5SA730 |
|
|
| |
| Aichrom PAH HPLC Columns |
PAHs (Polycyclic Aromatic Hydrocarbon) are considered as priority pollutants. They are potentially carcinogenic compounds existing in water, air, soil and food. Analyzing PAHs has been paid more and more attention. Aichrom PAH columns are recommended for the separation of PAHs and steric isomers of the aromatic compounds. The Aichrom PAH columns separate all of the 16 PAHs in EPA method 610 quickly with high resolution and the best peak shapes.
|
|
| Order Information |
Dimension(mm) |
Particle Size(μm) |
Part Number |
4.6×150 |
3 |
3PA415 |
4.6×250 |
3 |
3PA425 |
4.6×150 |
5 |
5PA415 |
4.6×250 |
5 |
5PA425 |
|
| |
