Колонки ВЭЖХ Xbridge
XBridge BEH HPLC Columns are designed for one purpose—to maximize |
Характеристики сорбентов
Ligand |
Carbon Load |
Endcapped | USP Class No. |
pH Range |
Temperature Limits |
Surface |
||
3.1 | 18% | Yes | L1 | 1-12 | Low pH = 80 ˚C, High pH = 60 ˚C |
185 | ||
BEH Shield RP18, 130 Å UHPLC: 2.5 μmXP HPLC: 3.5, 5, 10 μm |
3.3 | 17% | Yes | L1 | 2-11 | Low pH = 50 ˚C, High pH = 45 ˚C |
185 | |
BEH C8, 130 Å UHPLC: 2.5 μm XP HPLC: 3.5, 5, 10 μm |
3.2 | 13% | Yes | L7 | 1-12 | Low pH = 60 ˚C, High pH = 60 ˚C |
185 | |
BEH Phenyl, 130 Å UHPLC: 2.5 μm XP HPLC: 3.5, 5 μm |
3.0 | 0,15 | Yes | L11 | 1–12 | Low pH = 80 ˚C, High pH = 60 ˚C |
185 | |
N/A | Unbonded | Yes | L3 | 1–9 | Low pH = 45 ˚C, High pH = 45 ˚C |
185 | ||
BEH Amide, 130 Å UHPLC: 2.5 μm XP HPLC: 3.5 μm |
7.5 | 0,12 | No | L68 | 2–11 | Low pH = 90 ˚C, High pH = 90 ˚C |
185 | |
Glycan BEH Amide, 130 Å UHPLC: 2.5 μm XP HPLC: 3.5 μm |
7.5 | 0,12 | No | L68 | 2–11 | Low pH = 90 ˚C, High pH = 90 ˚C |
185 | |
Peptide BEH C18, 130 Å HPLC: 3.5, 5, 10 μm |
3.1 | 0,18 | Yes | L1 | 1–12 | Low pH = 80 ˚C, High pH = 60 ˚C |
185 | |
Oligonucleotide BEH C18, 130 Å HPLC: 2.5 μm |
3.1 | 0,18 | Yes | L1 | 1–12 | Low pH = 80 ˚C, High pH = 60 ˚C |
90 | |
2.4 | 0,08 | No | L26 | 1–10 | Low pH = 80 ˚C, High pH = 50 ˚C |
90 | ||
Protein BEH SEC, 125 Å HPLC: 3.5 μm |
4.9 | 0,15 | No | L33 | 1–8 | Low pH = 60 ˚C, High pH = 60 ˚C |
395 | |
Protein BEH SEC, 200 Å HPLC: 3.5 μm |
5.5 | 0,12 | No | L33 | 1–8 | Low pH = 60 ˚C, High pH = 60 ˚C |
220 | |
Protein BEH SEC, 450 Å HPLC: 3.5 μm |
4.8 | 0,09 | No | L33 | 1–8 | Low pH = 60 ˚C, High pH = 60 ˚C |
80 |
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Goals of Sample Preparation
Successful sample preparation for most analytical techniques (HPLC, UPLC, ™LC-MS, UV, GC, etc.)
has a threefold objective. It needs to provide the sample component of interest:
■■ In solution
■■ Free from interfering matrix elements
■■ At a concentration appropriate for detection or measurement
Waters™ Sample Preparation Solutions for quantitative analysis make it easy to deliver a sample that is reproducible with
high recovery and free of interferences. Based on simple, logical workflows that produce clean samples through selective
separations, Waters Sample Preparation Products maximize sensitivity, increase throughput, and enable the development of
robust methods.