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Suzhou Chuangpu Scientific Instrument Co., Ltd
Shimadzu liquid chromatography column Inertsil SIL-100A
NegotiableUpdate on 04/03
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Overview
The Shimadzu liquid chromatography column Inertsil SIL-100A was prepared using our company's synthetic method using silica gel with a micropore diameter of 100 for HPLC. The metal content is extremely low, and the surface area and pore size are controlled. As shown in Figure 1, no deformation of the shape, deviation in particle size, or unevenness on the surface commonly seen in commercially available silicone gel were observed. Therefore, sharp peaks were obtained, and the reproducibility between chromatographic columns was high, achieving stable normal phase analysis.
Product Details
Shimadzu liquid chromatography column Inertsil SIL-100AIntroduction:We used our company's synthetic method to produce HPLC silica gel with a micropore size of 100 Å. The metal content is extremely low, and the surface area and pore size are controlled. As shown in Figure 1, no deformation of the shape, deviation in particle size, or unevenness on the surface commonly seen in commercially available silicone gel were observed. Therefore, sharp peaks were obtained, and the reproducibility between chromatographic columns was high, achieving stable normal phase analysis.
Figure 2 shows the results of analyzing 9 compounds using Inertsil SIL-100A, exhibiting differences in selectivity compared to other normal chromatography columns in the Inertsil series. Due to the influence of silanol groups, the retention of acidic compounds becomes weaker and the retention of alkaline compounds becomes stronger in Inertsil SIL-100A.
Shimadzu liquid chromatography column Inertsil SIL-100A product description
| ● Matrix | 3 series high-purity spherical silicone gel |
|---|---|
| ● Particle size | : 3μm, 5μm |
| ● Surface area | : 450m2/g |
| ● Micro pore diameter | : 100Å (10nm) |
| ● Micropore volume | : 1.05mL/g |
| Chemical bonding groups | : None |
| ● End end sealing | : None |
| ● Carbon content | : -% |
| ● USP number | : L3 |
Shimadzu liquid chromatography column Inertsil SIL-100A
| Particle size: 3 μ m | Length/Inner Diameter | 1.0mm | 1.5mm | - | - |
|---|---|---|---|---|---|
| 33mm | 5020-84211 | 5020-84221 | - | - | |
| 50mm | 5020-84212 | 5020-84222 | - | - | |
| 75mm | 5020-84213 | 5020-84223 | - | - | |
| 100mm | 5020-84214 | 5020-84224 | - | - | |
| 150mm | 5020-13422 | 5020-13420 | - | - | |
| 250mm | 5020- | 5020- | - | - | |
| Length/Inner Diameter | 2.1mm | 3.0mm | 4.0mm | 4.6mm | |
| 33mm | 5020-04211 | 5020-04221 | 5020-04231 | 5020-04241 | |
| 50mm | 5020-04212 | 5020-04222 | 5020-04232 | 5020-04242 | |
| 75mm | 5020-04213 | 5020-04223 | 5020-04233 | 5020-01700 | |
| 100mm | 5020-04214 | 5020-04224 | 5020-01703 | 5020-04244 | |
| 150mm | 5020-04215 | 5020-04225 | 5020-01705 | 5020-01701 | |
| 250mm | 5020-04216 | 5020-04226 | 5020-01706 | 5020-01702 | |
| Particle size: 5 μ m | Length/Inner Diameter | 1.0mm | 1.5mm | - | - |
| 33mm | 5020-84311 | 5020-84321 | - | - | |
| 50mm | 5020-84312 | 5020-84322 | - | - | |
| 75mm | 5020-84313 | 5020-84323 | - | - | |
| 100mm | 5020-84314 | 5020-84324 | - | - | |
| 150mm | 5020-13412 | 5020-13410 | - | - | |
| 250mm | 5020-84316 | 5020-84326 | - | - | |
| Length/Inner Diameter | 2.1mm | 3.0mm | 4.0mm | 4.6mm | |
| 33mm | 5020-04311 | 5020-04321 | 5020-04331 | 5020-04341 | |
| 50mm | 5020-04312 | 5020-04322 | 5020-04332 | 5020-04342 | |
| 75mm | 5020-04313 | 5020-04323 | 5020-04333 | 5020-04343 | |
| 100mm | 5020-04314 | 5020-04324 | 5020-04334 | 5020-04344 | |
| 150mm | 5020-04315 | 5020-04325 | 5020-04335 | 5020-01711 | |
| 250mm | 5020-04316 | 5020-04326 | 5020-04336 | 5020-01712 |
The standard connector type is 1/16 inch Waters connector screw type. Please consult separately for other types of connectors.
| target analysis Internal diameter of chromatographic column |
Length | Inner diameter | Protect the column core (2) |
Protective column set (2 column cores+1 column sleeve) |
||
|---|---|---|---|---|---|---|
| Particle size | Particle size | |||||
| 3μm | 5μm | 3μm | 5μm | |||
| 1.0mm | 10mm | 1.0mm | 5020-19227 | 5020-19226 | 5020-19277 | 5020-19276 |
| 1.5mm, 2.1mm | 1.5mm | 5020-19327 | 5020-19326 | 5020-19377 | 5020-19376 | |
| 2.1mm, 3.0mm | 3.0mm | 5020-19127 | 5020-19126 | 5020-19177 | 5020-19176 | |
| 4.0mm, 4.6mm | 4.0mm | 5020-19027 | 5020-19026 | 5020-19077 | 5020-19076 | |
| 2.1mm, 3.0mm | 20mm | 3.0mm | 5020-19527 | 5020-19526 | 5020-19577 | 5020-19576 |
| 4.0mm, 4.6mm | 4.0mm | 5020-19427 | 5020-19426 | 5020-19477 | 5020-19476 | |
| Protective column sleeve | Used for a length of 10mm | 5020-08500 | ||||
| Used for a length of 20mm | 5020-08550 | |||||
Note: The connector type is limited to 1/16 inch Waters connector screw type only.
Shimadzu liquid chromatography column Inertsil SIL-100A application
Inertsil SIL-100A was synthesized using our company's * method to produce HPLC silica gel with a pore size of 100 Å. The metal content is extremely low, and the surface area and pore size are controlled. As shown in Figure 1, no deformation of the shape, deviation in particle size, or unevenness on the surface commonly seen in commercially available silicone gel were observed. Therefore, sharp peaks were obtained, and the reproducibility between chromatographic columns was high, achieving stable normal phase analysis.
Figure 2 shows the results of analyzing 9 compounds using Inertsil SIL-100A, exhibiting differences in selectivity compared to other normal chromatography columns in the Inertsil series. Due to the influence of silanol groups, the retention of acidic compounds becomes weaker and the retention of alkaline compounds becomes stronger in Inertsil SIL-100A.
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