Daicel Polymethacrylate Chiral Stationary Phases
CHIRALPAK® OT(+) and OP(+) columns These were the first CSPs invented by Professor Okamoto of Nagoya University (Japan). The chiral selector is a chiral synthetic methacrylate polymer coated onto a 10µm silica support. The best chromatographic results are obtained using 100% Methanol as mobile phase. The polymer used for the CHIRALPAK® OT(+) column is very delicate and is slowly degraded by alcohols. To avoid this phenomenon, we recommend to run the analyses at low temperatures (0 ~ 5°C).
-
-
Free Mainland UK Shipping
Daicel 23025 CHIRALPAK® OT(+) Polymethacrylate Chiral Analytical HPLC Column, 4.6mm, 250mm, 10µm
CHIRALPAK ® OP(+), CHIRALPAK ® OT(+)
The 10 μm silica gel surface was coated with a polymethacrylate chiral polymer.
The separation effect is best when 100% methanol is used as the mobile phase. The chiral polymers in the
CHIRALPAK ® OT(+) column are very sensitive and can be slowly degraded by alcohols. To avoid degradation, it is recommended to use the chiral column at a lower temperature (0-5 ° C).
Silicone surface coating - triphenyl-methyl-methacrylate
CHIRALPAK ® OT (+) is a polymethacrylate chiral column coated with triphenyl-methyl-methacrylate on the surface of the silica gel.
The chiral column was used at 0~5 °C, and the separation effect was the best.
-
-
-
Free Mainland UK Shipping
Daicel 23022 CHIRALPAK® OT(+) Polymethacrylate Chiral Analytical Guard Column, 4.6mm, 50mm, 10µm
CHIRALPAK ® OP(+), CHIRALPAK ® OT(+)
The 10 μm silica gel surface was coated with a polymethacrylate chiral polymer.
The separation effect is best when 100% methanol is used as the mobile phase. The chiral polymers in the
CHIRALPAK ® OT(+) column are very sensitive and can be slowly degraded by alcohols. To avoid degradation, it is recommended to use the chiral column at a lower temperature (0-5 ° C).Silicone surface coating - triphenyl-methyl-methacrylate
CHIRALPAK ® OT (+) is a polymethacrylate chiral column coated with triphenyl-methyl-methacrylate on the surface of the silica gel.
The chiral column was used at 0~5 °C, and the separation effect was the best.
-
-
-
Free Mainland UK Shipping
Daicel 22022 CHIRALPAK® OP(+) Polymethacrylate Chiral Analytical Guard Column, 4.6mm, 50mm, 10µm
CHIRALPAK ® OP(+), CHIRALPAK ® OT(+)
The 10 μm silica gel surface was coated with a polymethacrylate chiral polymer.
The separation effect is best when 100% methanol is used as the mobile phase. The chiral polymers in the
CHIRALPAK ® OT(+) column are very sensitive and can be slowly degraded by alcohols. To avoid degradation, it is recommended to use the chiral column at a lower temperature (0-5 ° C).
Silicone surface coating - diphenyl-(2-pyridyl)methyl-methacrylate
CHIRALPAK ® OP (+) is a polymethacrylate chiral column coated with diphenyl-(2-pyridyl)methyl-methacrylate on silica gel.
The separation effect is best when 100% methanol is used as the mobile phase.
-
-
-
Free Mainland UK Shipping
Daicel 22025 CHIRALPAK® OP(+) Polymethacrylate Chiral Analytical HPLC Column, 4.6mm, 250mm, 10µm
CHIRALPAK ® OP(+), CHIRALPAK ® OT(+)
The 10 μm silica gel surface was coated with a polymethacrylate chiral polymer.
The separation effect is best when 100% methanol is used as the mobile phase. The chiral polymers in the
CHIRALPAK ® OT(+) column are very sensitive and can be slowly degraded by alcohols. To avoid degradation, it is recommended to use the chiral column at a lower temperature (0-5 ° C).Silicone surface coating - diphenyl-(2-pyridyl)methyl-methacrylate
CHIRALPAK ® OP (+) is a polymethacrylate chiral column coated with diphenyl-(2-pyridyl)methyl-methacrylate on silica gel.
The separation effect is best when 100% methanol is used as the mobile phase.
-
