Stability 100 C30-NE

Non-Endcapped C30 Column for Maximum Retention and Shape Selectivity

Stability 100 C30-NE from Dr. Maisch HPLC GmbH is a high-purity silica-based HPLC column with a 100 Å pore size and a non-endcapped long-chain C30 bonded phase. The absence of endcapping leaves residual silanol groups accessible, which enhances secondary polar interactions and provides unique selectivity compared to standard endcapped phases.

With its very long alkyl chains, the column offers exceptionally strong hydrophobic retention and excellent shape selectivity for structural and geometric isomers, while its stable bonding chemistry ensures outstanding performance under extreme pH, high-temperature conditions, and aggressive mobile phases.

Stability 100 C30-NE columns from Dr. Maisch HPLC GmbH combine maximum hydrophobic retention, enhanced polar interactions, and superior robustness – the reliable choice for isomer and hydrophobic compound separations in HPLC.

Key Features:

  • Fully porous, ultra-pure silica with 100 Å pore size

  • Non-endcapped C30 bonded phase for maximum interaction capacity

  • Very strong hydrophobic retention and shape selectivity

  • Enhanced polar interactions due to residual silanol activity

  • Exceptional chemical stability under harsh conditions

  • Manufactured and QC-tested by Dr. Maisch HPLC GmbH

Typical Applications:

  • Separation of structural and geometric isomers (e.g., carotenoids, retinoids)

  • Highly hydrophobic analytes requiring extended retention capacity

  • Method development where additional polar interactions are beneficial

  • Stability-indicating assays under aggressive mobile phase conditions

Specifications

Request Product
Particle Size
  • 5 µm
Pore Size 100 Å
Surface Area 350 m²/g
Phase/Modification C30
Particle Type
Separation Mode
USP Code
Endcapping No
pH Range 2 - 8

Material Number

Phase Material Number
Stability 100 C30-NE, 5 µm st15.3p.
Stability 100 C30-m Stability 100 Polyamin-2

Any questions?
We are here to help you.

info@dr-maisch.com +49 7073 5035 7

Follow us