Packing a dynamic axial compression (DAC) column for prep liquid chromatography (LC) is a half-day commitment that assumes the bed will survive multiple separation cycles. With conventional silica, that operational lifespan is often cut short. Fines from fractured particles work into the frits and backpressure climbs, sacrificing run capacity to a physical problem that has nothing to do with the chemistry.
This application note documents the packing properties of YMC-Triart Prep—a hybrid-silica phase tested against conventional silica under repeated DAC packing and against itself under hydraulic compression at scale-up pressures. Scanning electron microscopy (SEM) at named cycle counts reveals where conventional silica shatters into fines and where the hybrid-silica phase keeps its bead structure intact.
Download this application note to:
- Evaluate comparative stress-test data to establish true operational lifespans for prep-scale media
- Benchmark a candidate phase against the failure mode that drives most bed-replacement decisions
- Confirm physical particle survival before investing bench time in downstream selectivity work
Plus access the bonus content:
- [Brochure] Hybrid Silica-based Stationary Phases for Prep LC–YMC-Triart Prep
This detailed brochure shows the phases, specifications, selectivity, stability, productivity and applications of the YMC-Triart prep line of LC columns. - [Brochure] YMC-Triart Columns
This brochure gives a snapshot of the phases including particle sizes, pore sizes, carbon load and recommended limits, as well as the Tanaka values.
