Compound ClassGeneral, chemical type or category of compound to be separated. Packing MaterialThe type of resin that is packed inside the column tube. USP ClassUnited States Pharmacopeia HPLC column designation. Particle SizeSize (in micrometers) of the polymer or silica bead packed inside the column tube. Hardware IDInside diameter (in millimeters) of the column tube. Hardware LengthLength of the column tube (in millimeters).
Polymeric
300 Å
columns for separation of proteins, peptides and enhanced recovery of
oligonucleotides.
Product
Features
Reproducibility
Hamilton PRP-h5 reversed phase columns are
ideal for applications that require a high degree of column-to-column and batch
to batch consistency (i.e., quality assurance, clinical trials). Unlike C8 or
C18 columns, PRP-h5 has no stationary phase coating. The integral reversed
phase characteristics of the PRP-h5 column eliminate the need for special
coating techniques. Since there is no stationary phase to hydrolyze, the column
maintains its performance characteristics longer than many C8 or C18 columns.
While many column manufacturers rely on other sources for their raw silica
support, Hamilton
manufactures its PRP-h5 support, thus assuring a consistent supply of PRP-h5
columns.
Long Life
(Excellent Durability)
PRP-h5
columns are packed with a poly(styrene-divinylbenzene) material. This support
is pressure stable up to 5,000 psi, and highly cross-linked to prevent
shrinkage or swelling (common in other polymeric columns). Since the support is
polymeric, column lifetime is longer for PRP-h5 than C4, C8 or C18 columns.
Regardless of whether you use ion-pair reagents or high percentage aqueous
buffers (80-100%) for your separation, PRP-h5 columns outlast silica-based
columns under most conditions. PRP-h5 columns will last approximately one year,
while C8 and C18 columns will last only 3-4 months.
PRP-h5 Applications#475 Five Angiotensins with HFBA #476 Five Angiotensins with TFA #478 Five Proteins with TFA at 40° C #479 Five Proteins with TFA at 50° C #480 Five Proteins with TFA at 60° C #481 Five Proteins with TFA at 70° C #482 Five Proteins with TFA at 80° C #485 Five Proteins at Varying Temperatures #483 Apomyoglobin Tryptic Digest at 45° C #484 Apomyoglobin Tryptic Digest at 75° C #487 21mer Oligonucleotide Purification Instructions Catalog Link Datasheets HPLC Column Application |
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