Accurate molecular weights – light scattering detection does not require column calibration and when combined with PLgel columns delivers perfect results about the true polymer molecular weight, size, shape, and long chain branching
Accurate size and structure – viscometry can be used to measure Rg (sample radius) and sample structure over a wide molecular weight range extending from millions to tens of daltons, and connects with light scattering to give the ultimate detector combination
Minimal dispersion – a low-volume light scattering detector flow cell of just 10 μL ensures correct values for polydispersity
Efficient, reproducible answers – each detector is independently temperature controlled from 30 to 60 °C to ensure high baseline stability and minimal baseline drift
Fully upgradable – to expand the system’s capabilities, you can upgrade at any time from a single, advanced detector to full triple detection
Simple instrument operation – in a single software solution you get complete instrument control, data collection, and data analysis from conventional GPC through to triple calculations
Low molecular weight sample analysis – the viscometer can measure molecular weights down to as low as 100s thanks to the latest advances in silica and pressure transducer technology
Versatile – any combination of detectors is possible and a touch-sensitive keypad enables easy operation or fast visual inspection of status summary full control through the Agilent GPC/SEC software
Triple detection delivers the ultimate in polymer analysis – absolute molecular weights are determined by light scattering detection and molecular size and solution behavior comes from the light scattering and viscometry detectors
