HPLC Columns
HPLC Columns
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Filtered Search Results
Thermo Scientific™ ProPac™ Elite WCX HPLC Column
This column provides consistent separations of therapeutic proteins including monoclonal antibodies, antibody drug conjugates, biosimilars and charge variants.
Pore Size | Nonporous |
---|---|
Particle Size | 5 μm |
Stationary Phase | Carboxylate |
Temperature | 10°C to 60°C |
Phase | Ion Exchange |
Packing Material | Nonporous DVB Particles with Hydrophilic Coating |
Column Type | Ion Exchange |
Mobile Phase Compatibility | Recommended: Goods Buffers and NaCl. Minimum 20 mM salt required. Do not rinse with pure DI H2O |
pH | 2 to 12 |
Technique | Bio-LC |
Max. Pressure | 4500 psi (310 bar) |
Product Line | ProPac |
Column Format | Analytical Column |
Thermo Scientific™ ProPac™ 3R SAX 3 μm HPLC Columns
Get the performance you need with ProPac™ 3R SAX HPLC columns. Suitable for charge variant separations and recommended for therapeutic proteins, mAbs, ADCs, and AAVs.
Pore Size | Nonporous |
---|---|
Particle Size | 3 μm |
Stationary Phase | Proprietary |
Temperature | Ambient to 60°C |
Phase | Strong Anion Exchange |
Packing Material | Monodisperse Polymer Resin |
Column Type | Ion Exchange |
pH | 2 to 12 |
Technique | Bio-LC |
Max. Pressure | 4500 psi (310 bar) |
Product Line | ProPac |
Column Format | Analytical Column |
Thermo Scientific™ ProPac™ 3R SCX 3 μm HPLC Columns
Get the performance you need with ProPac™ 3R SCX HPLC columns. Suitable for charge variant separations and recommended for therapeutic proteins, mAbs, ADCs, and biosimilar proteins.
Pore Size | Nonporous |
---|---|
Particle Size | 3 μm |
Stationary Phase | Proprietary |
Temperature | Ambient to 60°C |
Phase | Strong Cation Exchange |
Packing Material | Monodisperse Polymer Resin |
Column Type | Ion Exchange |
Mobile Phase Compatibility | Recommended for use with CX-1 pH buffers |
pH | 2 to 12 |
Technique | Bio-LC |
Max. Pressure | 4500 psi (310 bar) |
Product Line | ProPac |
Column Format | Analytical Column |
Thermo Scientific™ ProPac™ HIC-10 HPLC Columns
SureTRACE
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Supports traceability with guaranteed access to certificates and proactive change notifications.
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Achieve high-resolution separation of proteins and peptides under nondenaturing conditions with Thermo Scientific™ ProPac™ HIC-10 LC Columns.
Pore Size | 300 Å |
---|---|
Particle Size | 5 μm |
Stationary Phase | Amide/Ethyl |
Temperature | 40°C |
Phase | Hydrophobic Interaction |
Packing Material | Spherical, Fully Porous, Ultrapure Silica |
Column Type | Hydrophobic Interaction |
pH | 2.5 to 7.5 |
Material | Stainless Steel |
Surface Area | 100 m²/g |
Max. Pressure | 3500 psi (240 bar) |
Hamilton™ PRP™-3 Reversed Phase HPLC Columns
PRP-3 polymeric 300 Å columns for gradient separations of peptides and proteins
Pore Size | 300 Å |
---|---|
Particle Size | 10 μm |
Stationary Phase | PRP-3 |
Temperature | 5°C to 85°C |
Phase | Reversed Phase |
Packing Material | PSDVB (Polystyrene Divinylbenzene) |
Column Type | Reversed Phase |
pH | 1 to 13 |
Max. Pressure | 5000 psi (345 bar) |
USP Type | L21 |
Hamilton™ PRP-1 Reversed-Phase HPLC Column, 50 x 250 mm, 12-20 μm
PRP-1 columns have inherent reversed-phase separation qualities that eliminate the requirement for a stationary phase coating. Hydrolysis of the stationary phase coating is often the limiting factor in column lifetime, so the lack of coating on the PRP-1 resin extends the longevity of the column. PRP-1 also have exceptional sample recovery (≥ 95%).
Hamilton™ PRP-1 Reversed-Phase HPLC Column, 100 x 250 mm, 12-20 μm
PRP-1 columns have inherent reversed-phase separation qualities that eliminate the requirement for a stationary phase coating. Hydrolysis of the stationary phase coating is often the limiting factor in column lifetime, so the lack of coating on the PRP-1 resin extends the longevity of the column. PRP-1 also have exceptional sample recovery (≥ 95%).
Hamilton™ Hamilton™ RCX™ RCX-10 Ion Exchange HPLC Column, 7 μm, 4.6 mm x 250 mm
Column Format: Analytical Column; Pore Size: 100 Å; Column Phase: Ion Exchange
Hamilton™ HxSil C8 3 μm 2.1 x 50 mm
Hamilton HxSil C8 columns are well end-capped for retention time reproducibility and durability. The C8 demonstrates excellent selectivity needed for complex sample mixtures and gives shorter retention times than a C18.
Hamilton™ HxSil C8 5 μm 2.1 x 100 mm
Hamilton HxSil C8 columns are well end-capped for retention time reproducibility and durability. The C8 demonstrates excellent selectivity needed for complex sample mixtures and gives shorter retention times than a C18.
Hamilton™ HxSil C8 3 μm 2.1 x 33 mm
Hamilton HxSil C8 columns are well end-capped for retention time reproducibility and durability. The C8 demonstrates excellent selectivity needed for complex sample mixtures and gives shorter retention times than a C18.
Hamilton™ HxSil C18 3 μm 2.1 x 50 mm
Hamilton HxSil C18 columns are well end-capped for retention time reproducibility and durability. HxSil C18 columns exhibit greater retention than most columns and enhances the separation of compounds that are not sufficiently retained on other C18 columns.
Hamilton™ PRP-1 10 μm 100 Å 7.0 x 100 mm
PRP-1 columns have inherent reversed-phase separation qualities that eliminate the requirement for a stationary phase coating. Hydrolysis of the stationary phase coating is often the limiting factor in column lifetime, so the lack of coating on the PRP-1 resin extends the longevity of the column. PRP-1 also have exceptional sample recovery (≥ 95%).
Hamilton™ PRP-1 7 μm 100 Å 10.0 x 50 mm
PRP-1 columns have inherent reversed-phase separation qualities that eliminate the requirement for a stationary phase coating. Hydrolysis of the stationary phase coating is often the limiting factor in column lifetime, so the lack of coating on the PRP-1 resin extends the longevity of the column. PRP-1 also have exceptional sample recovery (≥ 95%).
Hamilton™ HxSil C8 5 μm 2.1 x 50 mm
Hamilton HxSil C8 columns are well end-capped for retention time reproducibility and durability. The C8 demonstrates excellent selectivity needed for complex sample mixtures and gives shorter retention times than a C18.