150 Beach Road, #25-02 Gateway West, Singapore 189720.
150 Beach Road, #25-02 Gateway West, Singapore 189720.
YMC-GPC is a column packed with highly cross-linked porous polystyrene/divinylbenzene media. It provides outstanding physical rigidity for extended lifetimes especially at high temperatures and in aggressive solvents. YMC-GPC offers high productivity on preparative separation due to high resolution and high loadability, at a high flow rate. Furthermore, higher resolution can be achieved on a sample that is hardly separated in combination with recycling chromatography method, even without changing mobile phase conditions or columns.
YMC-GPC is a column packed with highly cross-linked porous polystyrene/divinylbenzene media. It provides outstanding physical rigidity for extended lifetimes especially at high temperatures and in aggressive solvents. YMC-GPC offers high productivity on preparative separation due to high resolution and high loadability, at a high flow rate. Furthermore, higher resolution can be achieved on a sample that is hardly separated in combination with recycling chromatography method, even without changing mobile phase conditions or columns.
YMC-GPC has excellent solvent versatility. It can be transferred easily and rapidly between solvents of varying polarity. It is possible to select the optimal mobile phase depending on the solubility and separation behavior of the sample.
Recycling separation of polystyrene oligomers by YMC-GPC T4000 column is shown. By using recycling chromatography separation method, higher resolution can be achieved on a sample that is hardly separated, even without changing mobile phase conditions or columns. Furthermore, no solvent is consumed during recycling. It greatly contributes to reduction of solvent consumption on purification.
| Column | YMC-GPC T4000 (10 μm, 100 Å) 600 X 21.2 mmI.D. |
| Eluent | chloroform |
| Flow rate | 10 mL/min |
| Detection | UV at 254 nm |
| Sample | polystyrene oligomers (50 mg/mL) |
| Injection | 1.4 mL |
| System | LC-Forte/R * |
YMC-GPC has excellent solvent versatility. It can be transferred easily and rapidly between solvents of varying polarity. It is possible to select the optimal mobile phase depending on the solubility and separation behavior of the sample.
Recycling separation of polystyrene oligomers by YMC-GPC T4000 column is shown. By using recycling chromatography separation method, higher resolution can be achieved on a sample that is hardly separated, even without changing mobile phase conditions or columns. Furthermore, no solvent is consumed during recycling. It greatly contributes to reduction of solvent consumption on purification.
| Column | YMC-GPC T4000 (10 μm, 100 Å) 600 X 21.2 mmI.D. |
| Eluent | chloroform |
| Flow rate | 10 mL/min |
| Detection | UV at 254 nm |
| Sample | polystyrene oligomers (50 mg/mL) |
| Injection | 1.4 mL |
| System | LC-Forte/R * |
YMC-GPC has excellent solvent versatility. It can be transferred easily and rapidly between solvents of varying polarity. It is possible to select the optimal mobile phase depending on the solubility and separation behavior of the sample.
Recycling separation of polystyrene oligomers by YMC-GPC T4000 column is shown. By using recycling chromatography separation method, higher resolution can be achieved on a sample that is hardly separated, even without changing mobile phase conditions or columns. Furthermore, no solvent is consumed during recycling. It greatly contributes to reduction of solvent consumption on purification.
| Column | YMC-GPC T4000 (10 μm, 100 Å) 600 X 21.2 mmI.D. |
| Eluent | chloroform |
| Flow rate | 10 mL/min |
| Detection | UV at 254 nm |
| Sample | polystyrene oligomers (50 mg/mL) |
| Injection | 1.4 mL |
| System | LC-Forte/R * |
YMC-GPC has excellent solvent versatility. It can be transferred easily and rapidly between solvents of varying polarity. It is possible to select the optimal mobile phase depending on the solubility and separation behavior of the sample.
Recycling separation of polystyrene oligomers by YMC-GPC T4000 column is shown. By using recycling chromatography separation method, higher resolution can be achieved on a sample that is hardly separated, even without changing mobile phase conditions or columns. Furthermore, no solvent is consumed during recycling. It greatly contributes to reduction of solvent consumption on purification.
| Column | YMC-GPC T4000 (10 μm, 100 Å) 600 X 21.2 mmI.D. |
| Eluent | chloroform |
| Flow rate | 10 mL/min |
| Detection | UV at 254 nm |
| Sample | polystyrene oligomers (50 mg/mL) |
| Injection | 1.4 mL |
| System | LC-Forte/R * |
YMC-GPC has excellent solvent versatility. It can be transferred easily and rapidly between solvents of varying polarity. It is possible to select the optimal mobile phase depending on the solubility and separation behavior of the sample.
Recycling separation of polystyrene oligomers by YMC-GPC T4000 column is shown. By using recycling chromatography separation method, higher resolution can be achieved on a sample that is hardly separated, even without changing mobile phase conditions or columns. Furthermore, no solvent is consumed during recycling. It greatly contributes to reduction of solvent consumption on purification.
| Column | YMC-GPC T4000 (10 μm, 100 Å) 600 X 21.2 mmI.D. |
| Eluent | chloroform |
| Flow rate | 10 mL/min |
| Detection | UV at 254 nm |
| Sample | polystyrene oligomers (50 mg/mL) |
| Injection | 1.4 mL |
| System | LC-Forte/R * |
YMC-GPC has excellent solvent versatility. It can be transferred easily and rapidly between solvents of varying polarity. It is possible to select the optimal mobile phase depending on the solubility and separation behavior of the sample.
Recycling separation of polystyrene oligomers by YMC-GPC T4000 column is shown. By using recycling chromatography separation method, higher resolution can be achieved on a sample that is hardly separated, even without changing mobile phase conditions or columns. Furthermore, no solvent is consumed during recycling. It greatly contributes to reduction of solvent consumption on purification.
| Column | YMC-GPC T4000 (10 μm, 100 Å) 600 X 21.2 mmI.D. |
| Eluent | chloroform |
| Flow rate | 10 mL/min |
| Detection | UV at 254 nm |
| Sample | polystyrene oligomers (50 mg/mL) |
| Injection | 1.4 mL |
| System | LC-Forte/R * |
YMC-GPC has excellent solvent versatility. It can be transferred easily and rapidly between solvents of varying polarity. It is possible to select the optimal mobile phase depending on the solubility and separation behavior of the sample.
Recycling separation of polystyrene oligomers by YMC-GPC T4000 column is shown. By using recycling chromatography separation method, higher resolution can be achieved on a sample that is hardly separated, even without changing mobile phase conditions or columns. Furthermore, no solvent is consumed during recycling. It greatly contributes to reduction of solvent consumption on purification.
| Column | YMC-GPC T4000 (10 μm, 100 Å) 600 X 21.2 mmI.D. |
| Eluent | chloroform |
| Flow rate | 10 mL/min |
| Detection | UV at 254 nm |
| Sample | polystyrene oligomers (50 mg/mL) |
| Injection | 1.4 mL |
| System | LC-Forte/R * |
YMC-GPC has excellent solvent versatility. It can be transferred easily and rapidly between solvents of varying polarity. It is possible to select the optimal mobile phase depending on the solubility and separation behavior of the sample.
Recycling separation of polystyrene oligomers by YMC-GPC T4000 column is shown. By using recycling chromatography separation method, higher resolution can be achieved on a sample that is hardly separated, even without changing mobile phase conditions or columns. Furthermore, no solvent is consumed during recycling. It greatly contributes to reduction of solvent consumption on purification.
| Column | YMC-GPC T4000 (10 μm, 100 Å) 600 X 21.2 mmI.D. |
| Eluent | chloroform |
| Flow rate | 10 mL/min |
| Detection | UV at 254 nm |
| Sample | polystyrene oligomers (50 mg/mL) |
| Injection | 1.4 mL |
| System | LC-Forte/R * |
YMC-GPC has excellent solvent versatility. It can be transferred easily and rapidly between solvents of varying polarity. It is possible to select the optimal mobile phase depending on the solubility and separation behavior of the sample.
Recycling separation of polystyrene oligomers by YMC-GPC T4000 column is shown. By using recycling chromatography separation method, higher resolution can be achieved on a sample that is hardly separated, even without changing mobile phase conditions or columns. Furthermore, no solvent is consumed during recycling. It greatly contributes to reduction of solvent consumption on purification.
| Column | YMC-GPC T4000 (10 μm, 100 Å) 600 X 21.2 mmI.D. |
| Eluent | chloroform |
| Flow rate | 10 mL/min |
| Detection | UV at 254 nm |
| Sample | polystyrene oligomers (50 mg/mL) |
| Injection | 1.4 mL |
| System | LC-Forte/R * |
150 Beach Road, #25-02 Gateway West, Singapore 189720.
Tel : +65 6392 2643
Fax : +65 6392 2856
Email : sales@ymc.sg
150 Beach Road, #25-02 Gateway West, Singapore 189720.
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