Medical diagnostic imaging and nuclear medicine

Polymeric 100 &Aring columns for general reversed phase separations. pH stable from 1 to 13 Better sample recovery than silica-based columns (there are no silanol groups) Excellent durability (stable to any concentration of water or organic

Polymeric 100 &Aring columns for general reversed phase separations. pH stable from 1 to 13 Better sample recovery than silica-based columns (there are no silanol groups) Excellent durability (stable to any concentration of water or organic

Polymeric 100 &Aring columns for general reversed phase separations. pH stable from 1 to 13 Better sample recovery than silica-based columns (there are no silanol groups) Excellent durability (stable to any concentration of water or organic

Polymeric 100 &Aring columns for general reversed phase separations. pH stable from 1 to 13 Better sample recovery than silica-based columns (there are no silanol groups) Excellent durability (stable to any concentration of water or organic

Polymeric 100 &Aring columns for general reversed phase separations. pH stable from 1 to 13 Better sample recovery than silica-based columns (there are no silanol groups) Excellent durability (stable to any concentration of water or organic

Pack Your Own Columns - Hamilton offers a range of bulk polymer resins for customers who prefer to pack their own column hardware. Chromatographic capacity and efficiency tests are conducted on both bulk and packed column resins to ensure product

Hamilton PRP-3 columns are based off of the PRP-1 with a larger pore size for protein separation. This column resin has no silanol groups, so irreversible protein adsorption is not a concern, giving analytes such as proteins a recovery of > 90%.

The Hamilton PRP-H1 HPLC column measuring 250 mm x 4.6 mm, is suitable for use with various kinds of analytes. It can be used in reversed phase, cation exchange, anion exchange and ion exclusion processes.

The PRP-h5 derives its hydrophobic functionality from a pentafluorinated polymer bead, delivering a selectivity difference from standard silica C18 stationary phases. This gives chromatographers the desired retention characteristics necessary for

The PRP-h5 derives its hydrophobic functionality from a pentafluorinated polymer bead, delivering a selectivity difference from standard silica C18 stationary phases. This gives chromatographers the desired retention characteristics necessary for

The PRP-h5 derives its hydrophobic functionality from a pentafluorinated polymer bead, delivering a selectivity difference from standard silica C18 stationary phases. This gives chromatographers the desired retention characteristics necessary for

Hamilton PRP-X100 and PRP-X110 are highly stable, inert materials. For high sensitivity, Hamilton PRP-X110 ion chromatography columns are used to separate ions at concentrations from less than 20 ppb to 20 ppm.