High-speed LC analysis --- 10 times faster than conventional LC
The following is a comparison of chromatograms between Prominence UFLC with Shim-pack XR-ODS, a new reversed-phase column, and conventional LC using a conventional column (150mmL. x 4.6mm i.d., 5um). In conventional LC, benzo-fluoranthene isomers (peaks 7 and 8) with separation 1.2 were eluted in 35 minutes. Using Prominence UFLC with the Shim-pack XR-ODS, the same components were eluted in 3.5 minutes while maintaining the same excellent resolution. Retention time for benzo-perylene (peak 9) is reduced from 50.4 min. to 5.07 min., while its theoretical plate number changes slightly from 10,600 to 11,900.
Prominence UFLC reduces analysis time to 1/10 of conventional LC while keeping separation efficiency.
(Analysis time reduction may vary by analytical conditions.)
High-speed LC analysis --- 10 times faster than conventional LCThe following is a comparison of chromatograms between Prominence UFLC with Shim-pack XR-ODS, a new reversed-phase column, and conventional LC using a conventional column (150mmL. x 4.6mm i.d., 5um). In conventional LC, benzo-fluoranthene isomers (peaks 7 and 8) with separation 1.2 were eluted in 35 minutes. Using Prominence UFLC with the Shim-pack XR-ODS, the same components were eluted in 3.5 minutes while maintaining the same excellent resolution. Retention time for benzo-perylene (peak 9) is reduced from 50.4 min. to 5.07 min., while its theoretical plate number changes slightly from 10,600 to 11,900.Prominence UFLC reduces analysis time to 1/10 of conventional LC while keeping separation efficiency.(Analysis time reduction may vary by analytical conditions.)
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