ReproSil
ReproSil 80 and 100 are Type A Silica which can replace Spherisorb columns. It has been developed to provide the same behavior of Waters Sherisorb columns. It represents a competitive alternative with a very high reproducibility.
ReproSil 70, 100, 200, 300 medias are a family of phases based on high quality silica with low Fe and Pb content and are available with pore sizes of 70, 100, 150, 200 and 300 A and represent a cost effective work-horse solution for the separation of small molecules, peptides and proteins.
Specifications
| Particle Sizes | 1.5 µm, 3 µm, 4 µm, 5 µm, 7 µm, 10 µm, 15 µm, 20 µm, 30 µm, 50 µm |
|---|---|
| Phases/Modifications | C4, Butyl / C8, MOS / C18, ODS / CN, Cyano, Nitrile / Diol / NH2, Amino / Phenyl / Silica / C1, Methyl / C6, Hexyl / Propyl-SAX / Sulfopropyl, SP / C30 / Diamin / Phenyl-Hexyl / Polyamin / DEAE / Amid-C12 Phase / |
| Pore Size | Surface Area |
|---|---|
| 70 Å | 500 m²/g |
| 80 Å | 220 m²/g |
| 100 Å | 280 m²/g |
| 120 Å | 280 m²/g |
| 150 Å | 170 m²/g |
| 200 Å | 280 m²/g |
| 300 Å | 100 m²/g |
Products
| Name | Particle Sizes | Carbon Load | Pore Size |
|---|---|---|---|
| ReproSil 70 C4 | 5 µm | 10 % | 70 Å |
| ReproSil 70 C8 | 5 µm | 14 % | 70 Å |
| ReproSil 70 C18 | 3 – 5 µm | 20 % | 70 Å |
| ReproSil 70 CN | 5 µm | 10 % | 70 Å |
| ReproSil 70 Diol | 5 µm | 4 % | 70 Å |
| ReproSil 70 NH2 | 5 µm | 5 % | 70 Å |
| ReproSil 70 Phenyl | 5 µm | 16 % | 70 Å |
| ReproSil 70 Si | 5 – 10 µm | 0 % | 70 Å |
| ReproSil 80 C1 | 5 µm | 3 % | 80 Å |
| ReproSil 80 C8 | 3 – 5 µm | 6 % | 80 Å |
| ReproSil 80 CN | 3 – 10 µm | 3.5 % | 80 Å |
| ReproSil 80 Diol | 5 µm | 0 % | 80 Å |
| ReproSil 80 Hexyl (C6) | 3 – 5 µm | 6 % | 80 Å |
| ReproSil 80 NH2 | 3 – 5 µm | 2 % | 80 Å |
| ReproSil 80 ODS-1 | 3 – 10 µm | 7 % | 80 Å |
| ReproSil 80 ODS-2 | 3 – 10 µm | 12 % | 80 Å |
| ReproSil 80 Phenyl | 3 – 10 µm | 3 % | 80 Å |
| ReproSil 80 SAX | 3 – 10 µm | 4 % | 80 Å |
| ReproSil 80 SAX-2 | 5 µm | 4 % | 80 Å |
| ReproSil 80 SCX | 3 – 10 µm | 0 % | 80 Å |
| ReproSil 80 Si | 3 – 5 µm | 0 % | 80 Å |
| ReproSil 300 SAX | 5 µm | 0 % | 300 Å |
| ReproSil Amid-C12 | 1.5 – 10 µm | 0 % | 120 Å |
| ReproSil OPA | 3 µm | 0 % | 80 Å |
| ReproSil 100 C4 | 3 – 10 µm | 5 % | 100 Å |
| ReproSil 100 C8 | 3 – 15 µm | 8 % | 100 Å |
| ReproSil 100 C8-AB | 5 µm | 12 % | 100 Å |
| ReproSil 100 C18 | 3 – 50 µm | 15 % | 100 Å |
| ReproSil 100 C18-AB | 5 µm | 18 % | 100 Å |
| ReproSil 100 C18-TDE | 10 µm | 18 % | 100 Å |
| ReproSil 100 C30-m | 5 µm | 0 % | 100 Å |
| ReproSil 100 CN | 3 – 10 µm | 2 % | 100 Å |
| ReproSil 100 Diol | 5 – 10 µm | 3 % | 100 Å |
| ReproSil 100 DNH | 5 – 50 µm | 5 % | 100 Å |
| ReproSil 100 NH2 | 3 – 10 µm | 3 % | 100 Å |
| ReproSil 100 ODS-2 | 5 – 10 µm | 0 % | 100 Å |
| ReproSil 100 ODS-A | 3 – 5 µm | 16 % | 100 Å |
| ReproSil 100 ODS-AQ | 3 – 10 µm | 13 % | 100 Å |
| ReproSil 100 Phenyl | 3 – 10 µm | 9 % | 100 Å |
| ReproSil 100 Phenyl-Hexyl | 10 µm | 14 % | 100 Å |
| ReproSil 100 Polyamin-2 | 3 – 5 µm | 8 % | 100 Å |
| ReproSil 100 RP18-NE | 10 – 15 µm | 16 % | 100 Å |
| ReproSil 100 SCX | 5 – 10 µm | 0 % | 100 Å |
| ReproSil 100 Si | 3 – 15 µm | 0 % | 100 Å |
| ReproSil Amid-C18 | 3 – 10 µm | 0 % | 100 Å |
| ReproSil Amid-C18 ABZ | 3 – 5 µm | 0 % | 200 Å |
| ReproSil C18-Acid | 5 – 10 µm | 0 % | 100 Å |
| ReproSil C18-MP | 3 – 5 µm | 0 % | 120 Å |
| ReproSil Org. Acid | 5 µm | 0 % | 120 Å |
| ReproSil 150 C8 | 3 – 5 µm | 6 % | 150 Å |
| ReproSil 150 C18 | 3 – 10 µm | 10 % | 150 Å |
| ReproSil 150 CN | 3 – 5 µm | 5 % | 150 Å |
| ReproSil 150 Phenyl | 3 – 5 µm | 8 % | 150 Å |
| ReproSil 150 Si | 5 µm | 0 % | 150 Å |
| ReproSil 200 C4-Aqua | 5 µm | 0 % | 200 Å |
| ReproSil 200 C8-Aqua | 5 µm | 0 % | 200 Å |
| ReproSil 200 C18 | 5 µm | 0 % | 200 Å |
| ReproSil 200 C18-Aqua | 5 µm | 0 % | 200 Å |
| ReproSil 200 Diol | 5 µm | 0 % | 200 Å |
| ReproSil 200 Si | 5 µm | 0 % | 200 Å |
| ReproSil 300 C4 | 5 – 10 µm | 0 % | 300 Å |
| ReproSil 300 C8 | 5 – 10 µm | 0 % | 300 Å |
| ReproSil 300 C18 | 5 – 10 µm | 0 % | 300 Å |
| ReproSil 300 DEAE | 5 µm | 0 % | 300 Å |
| ReproSil 300 Polyamin | 3 – 7 µm | 0 % | 300 Å |