SurePac Protein RP MDi is a bioinert reversed-phase column engineered for robust HPLC and LC-MS analysis of intact proteins, mAbs and ADCs. It minimizes unspecific interactions with the column hardware, improves recovery, and delivers reproducible, high-resolution separations for sensitive therapeutic proteins workflows.
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Número de catálogo
Diámetro (métrico)
Longitud (métrico)
43722-022132
2.1 mm
20 mm
43722-052132
2.1 mm
50 mm
43722-102132
2.1 mm
100 mm
43722-050332
300 μm
50 mm
4 opciones
Número de catálogo 43722-022132
Precio (MXN)
-
Diámetro (métrico):
2.1 mm
Longitud (métrico):
20 mm
Thermo Scientific™ SurePac™ Protein RP MDi™ HPLC columns deliver high-resolution, reproducible separations for monoclonal antibodies, antibody subunits, and ADCs across development and QC workflows. Built on monodisperse, supermacroporous polymeric particle technology with bio-inert hardware, they provide stable performance under elevated temperatures used in LC-MS, enabling consistent peak shape, reliable resolution, and durable operation for scalable protein analysis.
Designed for reversed-phase protein separations
Engineered for intact proteins, mAbs and ADCs, delivering reliable retention and selectivity across a wide range of molecular weights.
Bioinert, metal-free flow path
Optimized for LC-MS protein workflows
Fully compatible with MS-friendly mobile phases, enabling sensitive and reproducible detection of intact proteins and peptide maps.
Robust stationary phase for high-temperature operation
Maintains stable performance under elevated temperatures and high organic conditions, supporting fast gradients and durable methods.
Excellent peak shape and resolution
Delivers sharp, symmetrical peaks and effective separation of protein variants, isoforms, and closely related species.
Reproducible performance across columns and batches
Tight manufacturing controls ensure consistent results and smooth method transfer between instruments and laboratories.
Suitable for development and routine analysis
Supports method development, characterization, and QC workflows, reducing the need for multiple column chemistries.