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Silica Based SPE (Ion Exchange)

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InertSep PCB is a two layer SPE cartridge packed with SCX and SI. It has been designed for the extraction of PCBs from complex matrix. InertSep PCB is generally used for the extraction of isolates from matrices such as oil and milk.
From $260.00
InertSep SAX/PSA is a two layer SPE cartridge packed with SAX and PSA. It is used specifically where the polar interaction is ideal for agrochemical compounds that are often difficult to remove from crop samples.
From $306.00
InertSep SAX-2 is an arranged version of InertSep SAX for applications that need higher non-polar interactions.
• Average Particle Size :60 μm • Carbon Load :11.5 % • Surface Area :450 m2/g • Pore Volume :0.7 mL/g • Pore Size :6 nm • Ion Exchange Capacity :0.45 meq/g • pH Range :2 - 8 • Remark :CI- ion pair
From $172.00
InertSep SCX-2 employs the same chemical modification with InertSep SCX. The only difference is that benzene sulfonyl propyl functional groups are bonded more densely on the silica surface to increase ion exchange capacity and retentivity.
• Average Particle Size :60 μm • Carbon Load :17 % • Surface Area :450 m2/g • Pore Volume :0.7 mL/g • Pore Size :6 nm • Ion exchange capacity :1.2 meq/g • pH Range :2 - 8 • Remark :Na+ ion pair
From $156.00
InertSep CBA is a silica-based sorbent modified with carboxyl ethyl functional groups. The primary interactions of this sorbent are cation exchange and secondary interactions are week-polar and non-polar. This sorbent is suitable for extraction of drugs with strongly cationic amine groups.
• Average Particle Size :45 μm • Carbon Load :8.5 % • Surface Area :450 m2/g • Pore Volume :0.7 mL/g • Pore Size :6 nm • Ion exchange capacity :1.2 meq/g • pH Range :2 - 8 • Remark :H+ ion pair
From $198.00
InertSep PRS is a silica-based sorbent modified with propyl-sulfonyl functional groups. The primary interactions of this sorbent are anion exchange and secondary interactions are slightly non-polar.
• Average Particle Size :45 μm • Carbon Load :8.5 % • Surface Area :450 m2/g • Pore Volume :0.7 mL/g • Pore Size :6 nm • Ion exchange capacity :1.2 meq/g • pH Range :2 - 8 • Remark :H+ ion pair
From $198.00
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-polar and strong cation exchange interactions are fully ensured to function.
• Average Particle Size :45 μm • Carbon Load :8.5 % • Surface Area :450 m2/g • Pore Volume :0.7 mL/g • Pore Size :6 nm • Ion exchange capacity :0.6 meq/g • pH Range :2 - 8 • Remark :H+ ion pair
From $194.00
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 of structural isomers.
• Average Particle Size :60 μm • Carbon Load :10 % • Surface Area :450 m2/g • Pore Volume :0.7 mL/g • Pore Size :6 nm • Ion exchange capacity :0.9 meq/g • pH Range :2 - 8
From $137.00
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.
• Average Particle Size : 60 µm • Carbon Load : 11.5 % • Surface Area : 450 m2/g • Pore Volume : 0.7 mL/g • Pore Size : 6 nm • Ion Exchange Capacity : 1.5 meq/g • pH Range : 2 - 8
From $126.00
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.
• Average Particle Size :45 μm • Carbon Load :7 % • Surface Area :450 m2/g • Pore Volume :0.7 mL/g • Pore Size :6 nm • Ion Exchange Capacity :0.7 meq/g • pH Range :2 - 8 • Remark :OH- ion pair
From $246.00
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.
• 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 Capacity :0.9 meq/g • pH Range :2 - 8
From $137.00
From $105.00
5010-61500
InertSep CBA is a silica-based sorbent modified with carboxyl ethyl functional groups. The primary interactions of this sorbent are cation exchange and secondary interactions are week-polar and non-polar. This sorbent is suitable for extraction of drugs with strongly cationic amine groups.
$354.00
5010-61501
InertSep CBA is a silica-based sorbent modified with carboxyl ethyl functional groups. The primary interactions of this sorbent are cation exchange and secondary interactions are week-polar and non-polar. This sorbent is suitable for extraction of drugs with strongly cationic amine groups.
$396.00
5010-61502
InertSep CBA is a silica-based sorbent modified with carboxyl ethyl functional groups. The primary interactions of this sorbent are cation exchange and secondary interactions are week-polar and non-polar. This sorbent is suitable for extraction of drugs with strongly cationic amine groups.
$284.00
5010-61503
InertSep CBA is a silica-based sorbent modified with carboxyl ethyl functional groups. The primary interactions of this sorbent are cation exchange and secondary interactions are week-polar and non-polar. This sorbent is suitable for extraction of drugs with strongly cationic amine groups.
$410.00
5010-61504
InertSep CBA is a silica-based sorbent modified with carboxyl ethyl functional groups. The primary interactions of this sorbent are cation exchange and secondary interactions are week-polar and non-polar. This sorbent is suitable for extraction of drugs with strongly cationic amine groups.
$248.00
5010-61505
InertSep CBA is a silica-based sorbent modified with carboxyl ethyl functional groups. The primary interactions of this sorbent are cation exchange and secondary interactions are week-polar and non-polar. This sorbent is suitable for extraction of drugs with strongly cationic amine groups.
$392.00
5010-61506
InertSep CBA is a silica-based sorbent modified with carboxyl ethyl functional groups. The primary interactions of this sorbent are cation exchange and secondary interactions are week-polar and non-polar. This sorbent is suitable for extraction of drugs with strongly cationic amine groups.
$446.00
5010-61507
InertSep CBA is a silica-based sorbent modified with carboxyl ethyl functional groups. The primary interactions of this sorbent are cation exchange and secondary interactions are week-polar and non-polar. This sorbent is suitable for extraction of drugs with strongly cationic amine groups.
$926.00
5010-61508
InertSep CBA is a silica-based sorbent modified with carboxyl ethyl functional groups. The primary interactions of this sorbent are cation exchange and secondary interactions are week-polar and non-polar. This sorbent is suitable for extraction of drugs with strongly cationic amine groups.
$1,428.00
5010-61509
InertSep CBA is a silica-based sorbent modified with carboxyl ethyl functional groups. The primary interactions of this sorbent are cation exchange and secondary interactions are week-polar and non-polar. This sorbent is suitable for extraction of drugs with strongly cationic amine groups.
$296.00
5010-61510
InertSep CBA is a silica-based sorbent modified with carboxyl ethyl functional groups. The primary interactions of this sorbent are cation exchange and secondary interactions are week-polar and non-polar. This sorbent is suitable for extraction of drugs with strongly cationic amine groups.
$198.00
5010-61520
InertSep PRS is a silica-based sorbent modified with propyl-sulfonyl functional groups. The primary interactions of this sorbent are anion exchange and secondary interactions are slightly non-polar.
$354.00
5010-61521
InertSep PRS is a silica-based sorbent modified with propyl-sulfonyl functional groups. The primary interactions of this sorbent are anion exchange and secondary interactions are slightly non-polar.
$396.00
5010-61522
InertSep PRS is a silica-based sorbent modified with propyl-sulfonyl functional groups. The primary interactions of this sorbent are anion exchange and secondary interactions are slightly non-polar.
$280.00
5010-61523
InertSep PRS is a silica-based sorbent modified with propyl-sulfonyl functional groups. The primary interactions of this sorbent are anion exchange and secondary interactions are slightly non-polar.
$410.00
5010-61524
InertSep PRS is a silica-based sorbent modified with propyl-sulfonyl functional groups. The primary interactions of this sorbent are anion exchange and secondary interactions are slightly non-polar.
$248.00
5010-61525
InertSep PRS is a silica-based sorbent modified with propyl-sulfonyl functional groups. The primary interactions of this sorbent are anion exchange and secondary interactions are slightly non-polar.
$392.00
5010-61526
InertSep PRS is a silica-based sorbent modified with propyl-sulfonyl functional groups. The primary interactions of this sorbent are anion exchange and secondary interactions are slightly non-polar.
$446.00
5010-61527
InertSep PRS is a silica-based sorbent modified with propyl-sulfonyl functional groups. The primary interactions of this sorbent are anion exchange and secondary interactions are slightly non-polar.
$926.00
5010-61528
InertSep PRS is a silica-based sorbent modified with propyl-sulfonyl functional groups. The primary interactions of this sorbent are anion exchange and secondary interactions are slightly non-polar.
$1,428.00
5010-61540
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-polar and strong cation exchange interactions are fully ensured to function.
$352.00
5010-61541
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-polar and strong cation exchange interactions are fully ensured to function.
$388.00
5010-61542
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-polar and strong cation exchange interactions are fully ensured to function.
$274.00
5010-61543
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-polar and strong cation exchange interactions are fully ensured to function.
$348.00
5010-61544
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-polar and strong cation exchange interactions are fully ensured to function.
$244.00
5010-61545
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-polar and strong cation exchange interactions are fully ensured to function.
$374.00
5010-61546
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-polar and strong cation exchange interactions are fully ensured to function.
$424.00
5010-61547
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-polar and strong cation exchange interactions are fully ensured to function.
$868.00
5010-61548
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-polar and strong cation exchange interactions are fully ensured to function.
$1,334.00
5010-61549
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-polar and strong cation exchange interactions are fully ensured to function.
$2,532.00
5010-61550
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-polar and strong cation exchange interactions are fully ensured to function.
$1,638.00
5010-61551
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-polar and strong cation exchange interactions are fully ensured to function.
$3,136.00
5010-61552
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-polar and strong cation exchange interactions are fully ensured to function.
$4,332.00
5010-61600
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 of structural isomers.
$306.00
5010-61601
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 of structural isomers.
$316.00
5010-61602
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 of structural isomers.
$204.00
5010-61603
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 of structural isomers.
$210.00
5010-61604
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 of structural isomers.
$144.00
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