
HPLC Columns
Welch Materials offers a wide array of column choices, including HPLC, UHPLC, GPC, SEC and Chiral. All columns are under strict quality control to guarantee reproducibility and performance of the columns.
P/N: 00237-35051
Xtimate SEC-1000, 5μm, 7.8×250mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
P/N: 00237-35044
Xtimate SEC-1000, 5μm, 4.6×300mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
P/N: 00237-35043
Xtimate SEC-1000, 5μm, 4.6×250mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
P/N: 00237-34052
Xtimate SEC-700, 5μm, 7.8×300mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
P/N: 00237-34051
Xtimate SEC-700, 5μm, 7.8×250mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
P/N: 00237-34044
Xtimate SEC-700, 5μm, 4.6×300mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
P/N: 00237-34043
Xtimate SEC-700, 5μm, 4.6×250mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
P/N: 00237-34039
Xtimate SEC-700, 5μm, 4.6×100mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
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P/N: 00237-36052
Xtimate SEC-500, 5μm, 7.8×300mm
Currently out of stock. We will notify when resumed.Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to preve...
Sold Out
P/N: 00237-36044
Xtimate SEC-500, 5μm, 4.6×300mm
Currently out of stock. We will notify when resumed.Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to preve...
Sold Out
P/N: 00237-36043
Xtimate SEC-500, 5μm, 4.6×250mm
Currently out of stock. We will notify when resumed.Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to preve...
P/N: 00237-43052
Xtimate SEC-300, 10μm, 7.8×300mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
P/N: 00237-33052
Xtimate SEC-300, 5μm, 7.8×300mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
P/N: 00237-33051
Xtimate SEC-300, 5μm, 7.8×250mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
P/N: 00237-33044
Xtimate SEC-300, 5μm, 4.6×300mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
P/N: 00237-33043
Xtimate SEC-300, 5μm, 4.6×250mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
P/N: 00237-23052
Xtimate SEC-300, 3μm, 7.8×300mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
P/N: 00237-23051
Xtimate SEC-300, 3μm, 7.8×250mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
P/N: 00237-23044
Xtimate SEC-300, 3μm, 4.6×300mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
P/N: 00237-23043
Xtimate SEC-300, 3μm, 4.6×250mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
P/N: 00237-32052
Xtimate SEC-200, 5μm, 7.8×300mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
P/N: 00237-32048
Xtimate SEC-200, 5μm, 7.8×50mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
P/N: 00237-32043
Xtimate SEC-200, 5μm, 4.6×250mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
P/N: 00237-31052
Xtimate SEC-120, 5μm, 7.8×300mm
Xtimate SEC column is based on porous silica particles matrix, with its surface protected by derivatization with diol functional ligands to prevent interactions with proteins. The dual-bonding mech...
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