Description
00A-4387-B0
Recommended Use
Separation of weakly hydrophobic compounds; 100% aqueous stable
Carbon Load % 19 %
Endcapping Proprietary
Technique HPLC
Separation Mode Reversed Phase
Brand Synergi
Phase Hydro-RP
Length (mm) 30.0000
Particle Size 2.5000
Internal Diameter 2.0000
The 00A-4387-B0 HPLC column is engineered to provide reliable and consistent separation for weakly hydrophobic compounds making it an ideal solution for laboratories that require stable performance under fully aqueous conditions and the 00A-4387-B0 column is designed with advanced stationary phase chemistry that supports reversed phase HPLC workflows where traditional columns may struggle with phase collapse or inconsistent retention and this makes it highly suitable for routine analysis method development and long term laboratory use where dependability is criticalnWith a specialized Hydro RP phase the column allows analysts to work confidently with high water mobile phases while maintaining strong retention and selectivity and the proprietary endcapping technology enhances surface stability reducing unwanted interactions and improving peak shape across a wide range of analytes and the 00A-4387-B0 column is especially valued in applications where polar and weakly hydrophobic compounds must be resolved clearly without sacrificing efficiency or reproducibility The structural design of the column supports uniform flow and consistent packing density which contributes to smooth pressure behavior and predictable chromatographic performance and analysts benefit from reliable retention times that remain stable across repeated runs making the 00A-4387-B0 a dependable choice for quality control environments pharmaceutical research and analytical laboratories that require repeatable outcomes The high carbon load of the stationary phase improves interaction with analytes while maintaining aqueous stability ensuring that the column does not degrade or lose efficiency over time and this characteristic is particularly important for laboratories working with high water content mobile phases or extended run sequences and the 00A-4387-B0 column maintains its performance even in demanding conditions supporting accurate quantification and confident data interpretation Another key advantage of this column lies in its compatibility with a wide range of reversed phase methods making it easy to integrate into existing workflows without extensive method modification and this versatility allows analysts to streamline method development reduce downtime and improve overall laboratory productivity while maintaining high analytical standards and the 00A-4387-B0 supports consistent peak symmetry which enhances resolution and simplifies compound identification Laboratories focused on precision and reliability appreciate the Synergi 2.5u Hydro-RP 100A LC Column 30 x 2.0 mm way this column balances retention selectivity and durability making it suitable for both routine testing and more advanced analytical challenges and the design ensures long service life reducing replacement frequency and operational costs while delivering dependable results over extended usage By choosing the 00A-4387-B0 column analysts gain a powerful tool optimized for weakly hydrophobic compound separation offering stable performance in 100 percent aqueous conditions dependable retention and consistent results that support regulatory compliance research accuracy and everyday analytical confidence and the 00A-4387-B0 stands as a practical solution for laboratories seeking efficiency reliability and performance in modern reversed phase HPLC applications
How does the 00A-4387-B0 column from Ordinals help in separating polar compounds?
The 00A-4387-B0 column from Ordinals features a high-quality NH2 phase that ensures strong retention and stable performance for polar compounds. It supports multiple chromatography modes, providing consistent, accurate, and reproducible HPLC results.
user –
The 00A-4387-B0 Luna NH2 column provides stable and reliable separation for polar compounds. It delivers consistent retention and sharp peaks, making it ideal for routine HPLC applications. Users find it durable and versatile for various normal phase and HILIC methods, ensuring accurate and reproducible results.