Size Exclusion Columns(SEC)
P/N: 00237-33943
Xtimate DLC SEC-300, 5µm, 4.6×250mm (1pcs/pk)
The diamond coating technology enhances the inner surface of the chromatography column with strong hydrophobicity, which overcomes the adverse effects of the column wall on separation.The high hard...
P/N: 00237-37052
Xtimate SEC-2000, 5µm, 7.8×300mm (1pcs/pk)
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: 00237-37048
Xtimate SEC-2000, 5µm, 7.8×50mm (1pcs/pk)
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: 00237-37044
Xtimate SEC-2000, 5µm, 4.6×300mm (1pcs/pk)
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: 00237-37041
Xtimate SEC-2000, 5µm, 4.6×150mm (1pcs/pk)
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: 00237-37014
Xtimate SEC-2000, 5µm, 2.1×150mm (1pcs/pk)
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: 00237-35052
Xtimate SEC-1000, 5µm, 7.8×300mm (1pcs/pk)
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: 00237-35051
Xtimate SEC-1000, 5µm, 7.8×250mm (1pcs/pk)
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 (1pcs/pk)
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 (1pcs/pk)
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 (1pcs/pk)
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 (1pcs/pk)
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 (1pcs/pk)
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 (1pcs/pk)
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 (1pcs/pk)
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: 00237-43052
Xtimate SEC-300, 10µm, 7.8×300mm (1pcs/pk)
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 (1pcs/pk)
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 (1pcs/pk)
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 (1pcs/pk)
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 (1pcs/pk)
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 (1pcs/pk)
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 (1pcs/pk)
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 (1pcs/pk)
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 (1pcs/pk)
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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