GL Sciences’ InertSep SPE products contain sorbents and are created using the same advanced silicas and bonding technologies like those used to create Inertsil HPLC packings. Therefore, InertSep SPE cartridges and 96-well plates show exceptional purity, excellent reproducibility, high recoveries/low non-specific binding, low- to non-existent backgrounds from reagents used to manufacture the column housing, and rigid durability over a wide pH range.
InertSep SCX is a silica-based sorbent modified with benzene sulfonyl propyl functional groups. The primary interaction is a combination of both non-polar and strong cation exchange. Because the non-polar interactions on InertSep SCX is stronger than those of InertSep PRS, it is suitable for such an extraction that the combination of non-...
InertSep NH2 is a silica-based sorbent modified with an amino-propyl functional groups. Anion exchange and polar interaction are combined as a primary interactions. As secondary interactions, it has weak non-polar interactions. Similar to InertSep 2OH and InertSep SI used in normal phase mode, InertSep NH2 can be used for the separation o...
InertSep PSA is a silica-based sorbent modified with an ethylene-diamine-N-propyl functional groups. The primary interactions of this sorbent are anion exchange and secondary interactions are week non-polar. Specifications Average Particle Size: 60 µm Carbon Load: 11.5 % Surface Area: 450 m2/g Pore Volume: 0.7 mL/g Pore Size: 6 nm ...
InertSep SAX is a silica-based sorbent modified with tri-methyl amino propyl functional groups. Primary interactions are very strong anion exchange. Secondary interactions are non-polar exchange. It is generally used for the extraction of weak anions such as carboxylic acid. Specifications Average Particle Size: 45 μm Carbon Load: 7 % ...
InertSep PA is a special SPE modified with polyamide functional groups. Primary interactions are anion exchange and polar exchange. Secondary interactions are non-polar exchange.
InertSep C18-C FF is an arranged version of InertSep C18-C for applications that need high flow late. This sorbent is also good at viscous biological sample and large volume sample to expedite the procedure. Specifications • Average Particle Size: 120 µm • Carbon Loading: 16 % • End-Capping: Low • Surface Area: 450 m2/g • Pore V...
InertSep SI FF is an arranged version of InertSep SI for applications that need high flow late. This sorbent is also good at viscous sample and large volume sample to expedite the procedure. Specifications • Average Particle Size: 110 μm - 125 μm • Surface Area: 400 m2/g - 550 m2/g • Pore Volume: 0.60 mL/g - 0.80 mL/g • Pore Size...
InertSep NH2 FF is an arranged version of InertSep NH2 for applications that need high flow late. This sorbent is also good at viscous sample and large volume sample to expedite the procedure. Specifications Average Particle Size: 120 μm Carbon Load: 10 % Surface Area: 450 m2/g Pore Volume: 0.7 mL/g Pore Size: 6 nm Ion Exchange Cap...
InertSep C18 FF is an arranged version of InertSep C18 for applications that need high flow late. This sorbent is also good at viscous biological sample and large volume sample to expedite the procedure. Specifications Average Particle Size: 120 µm Carbon Loading: 19 % End-capping: High Surface Area: 450 m2/g Pore Volume: 0.7 mL/g ...
InertSep C18-B FF is an arranged version of InertSep C18-B for applications that need high flow late. This sorbent is also good at viscous biological sample and large volume sample to expedite the procedure. Specifications Average Particle Size: 120 µm Carbon Loading: 14 % End-Capping:Middle Surface Area: 450 m2/g Pore Volume: 0.7 mL/g Po...
InertSep MA-2 is a methacrylate polymer based sorbent modified with, which includes a weak anion exchange function group. Because polymer base gel occurs little secondary interaction, SPE by genuine anion exchange interaction can be achieved with this sorbent. Specifications Average Particle Size: 70 µm Surface Area: 250 m2/g Pore Volume:...
InertSep PLS-2 is a SDB (Styrene divinylbenzene) polymer based reversed phase mode sorbent. Compared to a silica based C18 sorbent, InertSep PLS-2 has a quite higher sorbent retentive capacity and better stability in pH range. Specifications Average Particle Size: 70 µm Surface Area: 700 m2/g Pore Volume: 1.1 mL/g Pore Size: 7 nm pH Range...
InertSep WAX FF is a sorbent based on styrene divinylbenzene polymer modified by a weak anion-exchange group. Its reversed-phase, anion-exchange action and exceptional retention of acidic compounds make it suitable for purification of samples containing basic and neutral impurities. By controlling the pH, it can be used to recover acidic ...