HPLC Columns

Hamilton manufactures both silica-based and polymeric HPLC columns, providing a wide range of column retention selectivities and performance benefits. Hamilton's polymeric HPLC columns combine the inertness and pH stability of polymeric supports with the pressure stability and durability of silica-based columns. Column packing materials are available for reversed phase, anion exchange, cation exchange, and ion exclusion separations.

NEWReversed Phase


Hamilton Company offers four polymeric and two silica-based column packing materials for reversed phase separations. Choose from our robust polymers or silica column types to narrow your search.
Anion Exchange


Six polymeric column packings for the separation of inorganic and organic anions, DNA and carbohydrates
Cation Exchange


Seven polymeric column packings for separation of inorganic and organic cations, glyphosate, organic acids, and sugars.
Ion Exclusion


PRP-X300 is a polymeric column packing for the separation of alcohols and organic acids
Custom HPLC Column Sizes


Don't see the column you want? --- If you don't see the column size you require for a particular packing material, you can create your own. (See the Detailed Description tab below)
Roll the cursor over the menu headers below to see the available selections. Filter by one or more items in any order to narrow your search down to a single part number in this category. Reset a filter by clicking the red X that appears next to a filtered item. For more detail on any menu item, click the question mark on the right-hand side of the menu bar.

              Part Number
              Description
              Unit Price
              Quantity

              Compound Class

              General, chemical type or category of compound to be separated.

              Packing Material

              The type of resin that is packed inside the column tube.

              USP Class

              United States Pharmacopeia HPLC column designation.

              Particle Size

              Size (in micrometers) of the polymer or silica bead packed inside the column tube.

              Hardware ID

              Inside diameter (in millimeters) of the column tube.

              Hardware Length

              Length of the column tube (in millimeters).

              Hamilton offers 19 different polymer-based HPLC columns for reversed phase, anion exchange, cation exchange and ion exclusion separations.  Two silica-based C8 and C18 column materials are available for reversed phase separations.

              Reversed Phase
              PRP-1 General purpose pH stable long life column, synthesized DNA
              PRP-3 Gradient peptide and protein separations
              PRP-h1 Long life column for LC/MS applications,synthesized DNA, and small molecule
              PRP-h5 Reduced system pressure for protein and peptide separations and enhanced oligonucleotide recovery
              HxSil C8, C18 General purpose silica-based reversed phase

              Anion Exchange
              PRP-X100 Anions, inorganic and organic using conductivity or UV detection.  0 to 100% solvent compatible.
              PRP-X110 Similar to PRP-X100 but for lower level anions (20 ppb to 20 ppm)
              PRP-X500 Gradient separation of large proteins and labeled DNA
              PRP-X600 Gradient separation of labeled and unlabeled DNA
              RCX-10 Isocratic or gradient separation of carbohydrate oligomers up to DP8
              RCX-30 Gradient separation of complex carbohydrates

              Cation Exchange
              PRP-X200 Inorganic and organic cations using conductivity or UV detection.  Separate mono or divalent cations depending on mobile phase conditions.
              PRP-X400 Glyphosate and metabolite in drinking water. Also unique hydrophilic interaction separations
              PRP-X800 Mono and divalent cations in the same run. Transition metals
              HC-40 Sugar oligomers up to DP8. Max pressure 1,000 psi
              HC-75 Ca2+ Mono and disaccharides in corn syrup. Max pressure 1,000 psi
              HC-75 H+ Organic acids and sugars. Max pressure 1,000 psi
              HC-75 Pb2+ Sugar alcohols. Max pressure 1,000 psi

              Ion Exclusion
              PRP-X300 Organic acids and alcohols

              Polymeric Column Benefits

              Hamilton's polymeric HPLC columns combine the inertness and pH stability of polymeric supports with the pressure stability and durability of silica-based columns.  Column packings are available for reversed phase, anion exchange, cation exchange, and ion exclusion separations.  There are a total of 19 different packings.

              pH Stability

              Hamilton's polymeric supports are stable from pH 1 to 13, allowing you to separate samples when they are ionized and more easily detected by UV.  Weak acid anions are also easily separated at high pH without column degradation.

              Better Sample Recovery

              Polymeric supports do not have silanol groups that can cause irreversible sample retention.  You cannot afford to lose valuable sample on the column. Polymeric columns provide you with the best possible sample recovery.  One example is the purification of DNA oligomers.  Silica-based columns provide sample recoveries of 50-80%, while Hamilton polymeric columns provide recoveries of greater than 90%.

              Consistent Performance

              Hamilton Company manufactures its own supports.  This allows us to control every aspect of the support synthesis and column packing, ensuring reproducible performance, batch after batch.

              Scale-up

              Columns are available in a variety of sizes and packed with a variety of particle sizes. This allows you to optimize sample scale-up from 4.1 mm to 10 mm or 50.8 mm sizes.

              Excellent Durability

              The polymeric columns Hamilton Company manufactures are exceptionally durable and highly cross-linked to prevent shrinkage and swelling (found in other polymeric columns).  These polymeric supports are compatible with o to 100% organic solvent and water. One customer has published a column clean-up method to remove proteins bound to the column from incomplete sample clean-up. It includes flushing with 0.1 N sodium hydroxide and heating the column to 100° C in an oven for three hours. Column resolution was the same as before fouling.

               

               

               

              Custom Column Sizes

              Part Number
              Description
              Unit Price
              Quantity
              Semipreparative HPLC Column, CUSTOM ORDER (7.0, 7.8, 10 mm ID)
              1995.00
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              Preparative HPLC Column #1, CUSTOM ORDER (21.2, 30 mm ID)
              3780.00
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              Preparative HPLC Column #2, CUSTOM ORDER (50 mm ID)
              RFQ
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              Preparative HPLC Column #3, CUSTOM ORDER (100 mm ID)
              RFQ
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              Analytical HPLC Column [single], CUSTOM ORDER (1.0, 2.1, 4.1, 4.6 mm ID)
              805.00
              Buy Now!


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