SunFire™ Analytical Columns
SunFire™ columns feature excellent low pH stability and improved column lifetime compared to many silica-based HPLC column brands. SunFire columns are packed with state-of-the-art silica and new proprietary C18 and C8 bonding and endcapping for high efficiency, resulting in greater sensitivity. SunFire columns are manufactured to achieve the highest level of chromatographic consistency column-to-column and batch-to-batch. MS-…
Place your order directly with the manufacturer.
"SunFire" fire for chromatography techniques.
Pharmaceutical analysis
SunFire is a wider pH range column which gives better impurity separations and better peak shape even if working with very high or low pH ranges. This column provides robust lot to lot behavior with high number of injections per column. Ultimately worth buying this value for money column.
Review Date: 20 Feb 2021 | Waters
Good results
Compound separation and analysis
The quality of the product is very good and the experiments are reproducible
Review Date: 7 Sept 2017 | Waters
API's impurities
When combined with LC-MS/MS returns excellent results. It is highly versatile, durable, high performance and with good durability and reliability.
Review Date: 4 Aug 2014 | Waters
SunFire™ columns feature excellent low pH stability and improved column lifetime compared to many silica-based HPLC column brands. SunFire columns are packed with state-of-the-art silica and new proprietary C18 and C8 bonding and endcapping for high efficiency, resulting in greater sensitivity. SunFire columns are manufactured to achieve the highest level of chromatographic consistency column-to-column and batch-to-batch. MS-Compatible SunFire columns are compatible with mass spectrometry applications, providing sharp peaks, excellent sensitivity, large peak capacity and ultra low bleed. In addition, the speed, excellent resolution and low backpressure offered by SunFire Intelligent Speed (IS™) columns result in reduced costs and less time to complete analytical runs. SunFire columns provide symmetrical peaks for improved resolution and quantitation of acidic, neutral and basic compounds at low and intermediate pH ranges.
