Prep HPLC Column, RP C18, Wide Pore, 10um, 300A. 21.2mm ID x 150mm Length. Cogent Brand. 1 EA.

Additional Info:

The 68018‑P21‑150‑3M Cogent RP C18 Wide Pore Preparative HPLC Column is engineered for high‑resolution biomolecule purification and preparative method development, combining 10 µm particles with a 300 Å wide‑pore structure to deliver enhanced analyte accessibility, high loading capacity, and durable chromatographic performance.

Manufactured using high‑purity silica with traditional octadecylsilane (C18) bonding and fully double end‑capped, this stationary phase provides:

  • Reduced silanol interactions

  • Improved peak shape for proteins, peptides, and large polar analytes

  • Consistent and reproducible purification performance

The 300 Å pore size enables large biomolecules to fully access the stationary phase, minimizing restricted diffusion and improving recovery compared to standard 100 Å media.

This column is ideal as a USP L1 alternate for large‑molecule applications and as a high‑performance platform for preparative biomolecule workflows.

150 mm Length – Maximum Resolution for Biomolecule Purification

  • Higher resolving power than 50 mm and 100 mm preparative formats

  • Maximizes peak capacity for complex biomolecule mixtures

  • Ideal for proteins, peptides, and closely related macromolecules

  • Preferred for final purification and method refinement

  • Longer run times compared to shorter column lengths

This configuration is selected when maximum separation performance is required prior to production‑scale workflows.

21.2 mm ID – High‑Capacity Preparative Scale

  • Provides very high sample loading capacity

  • Ideal for large‑scale biomolecule purification and compound isolation

  • Supports high‑flow preparative chromatography workflows

Typical Flow Rate Range

  • ~10–30 mL/min (system dependent)

  • Optimize based on instrument capability and purification requirements

✅ Designed for preparative HPLC systems capable of high flow rates and large injection volumes

Flow Rate & System Considerations (21.2 mm ID, 10 µm, 300 Å)

  • Requires systems capable of:

    • High flow rates

    • Large injection volumes

  • Compatible with:

    • Preparative pumps

    • High‑volume injection systems

    • Fraction collection systems

⚠️ Not intended for analytical or semi‑prep HPLC systems

Why Choose Wide Pore (300 Å) C18 (10 µm, Preparative)

Designed for Biomolecules

  • Enables purification of:

    • Proteins

    • Peptides

    • Large hydrophobic compounds

  • Eliminates mass transfer limitations of smaller pore materials

High‑Resolution Purification Platform

  • Ideal for final‑stage purification workflows

  • Maximizes separation efficiency and product purity

  • Supports complex biomolecule separations

Scalable Development Workflow

  • Predictable selectivity for transition to 250 mm columns or production systems

  • Supports efficient analytical → semi‑prep → preparative workflows

Cogent RP C18™ Advantages

Fully End‑Capped Surface

  • Minimizes secondary interactions

  • Improves peak symmetry

  • Enhances stability for biomolecule separations

High Purity Silica

  • Consistent chromatographic performance

  • Reduced variability between runs and batches

Durable & Cost‑Efficient

  • Long column lifetime

  • Designed for high‑load purification workflows

  • Reduced maintenance requirements

Typical Applications

  • Preparative biomolecule purification

  • Protein and peptide separations

  • High‑purity compound isolation

  • Method development and optimization

  • Pilot‑scale purification workflows

  • USP L1 wide‑pore reversed‑phase methods

Important Usage Notes

  • Designed for 300 Å wide‑pore biomolecule applications

  • Requires preparative HPLC system capability (21.2 mm ID)

  • Ideal for maximum‑resolution purification prior to full production scale

  • Optimize for resolution vs throughput balance

Made‑to‑Order & Pricing Information

This is a custom, made‑to‑order item.

  • Orders cannot be canceled once placed

  • Custom items are non‑returnable

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