SunFire Prep C18 and C8 HPLC Columns
Excellent low pH stability and high mass loading capability
Natural Products Drug discovery
This is one of the routine columns we used for drug discovery isolation of target compounds. it's been reliable and easy to manage.
Review Date: 25 Mar 2022 | Waters
Analyze all kinds of compounds
The resolution of the products were very good in easy conditions.
Review Date: 5 Oct 2018 | Waters
Peparative LCMS
For the moment no problems. Easy to use. good separation.
Review Date: 5 Oct 2018 | Waters
Targeted metabolomics
Fit to purpose, hard to install, but reproducible results
Review Date: 4 Oct 2018 | Waters
Small molecule prep-scale purification with fraction collector
The Sunfure OBD C18 prep-LC column made transitioning from my analytical method to a focused-gradient prep scale method fast and easy. product gave reproducible results which was critical for impurity isolation and identification.
Review Date: 3 Oct 2018 | Waters
analyze small molecules from engineered baterial fermentation broth
The column is very easy to use and the separation reproduces very well from run to run. The separation of small molecules is great with very sharp peaks. This is a very good C18 column as well as XBridge C18 column for isolating small molecules.
Review Date: 2 Oct 2018 | Waters
Discovery chemistry
It is easy to use, but kind of expensive. It is limited to low pH use only.
Review Date: 1 Oct 2018 | Waters
Sugars Phenolics
Easy to use but have some drawbacks in a analysis. Should've applied for more analysis
Review Date: 19 Jun 2017 | Waters
SunFire Chromatography Columns are available in analytical and preparative dimensions and feature state-of-the-art bonded-silica designed for high mass loading capability, excellent low pH stability, superior peak shapes, and high efficiency.
With a wide variety of particle sizes from 2.5 µm to 10 µm and C18 and C8 column chemistries, SunFire columns offer greater flexibility in selecting silica-based HPLC columns. For preparative applications, SunFire silica is available in 5 and 10 µm particle sizes.