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Description
Instantly Improve 5 µm HPLC Methods
Immediately improve resolution, productivity, and sensitivity of your current 5 µm analytical and prep HPLC methods by dropping in a Kinetex 5 µm Core-Shell Technology Column. This core-shell particle was specifically developed for use on standard or order model HPLC systems that may have low pressure limitations
Core-Shell Science
Using sol-gel processing techniques that incorporate nano-structuring technology, a durable, homogeneous porous shell is grown on a solid silica core to create a core-shell particle. This particle morphology results in less band broadening compared to fully porous particles and thus delivers extremely high efficiencies.
Application notes and news
- Rapid Separation of 25-OH-vitamin D3 and 3-epi-25-OH-vitamin D3 in Human Serum Under RP-LC Conditions and T...
- Dramatically Improve Existing 5 µm and 3 µm Fully Porous Methods with Kinetex 5 µm Core-shell Technology
- Easy Method Transfer from UHPLC to HPLC to Prep LC Leveraging the Scalability of Kinetex Core-shell Technol...
- Phenomenex Combines Core-Shell Media and Axia™ Packing Technology for High-Performance Lab-Scale Purificati...
- Phenomenex Introduces 5-micron Kinetex® Core-Shell Media
Reviews
Kirsten Gracie Status: See all reviews Member since 2013 Organization: University of Strathclyde Read more » | RATING: 4.0 
"We have several Phenomenex columns in our lab. Each one is reliable and if we encounter any problems we are not long in waiting for help."   |
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| Fangbiao Li Status: See all reviews Member since 2013 Organization: Merck & Co., Inc Read more » | RATING: 4.0
"The column is a high quality product. Very robust and gives a good, sharp peak." |
| Seyon Rama Status: See all reviews Member since 2013 Organization: Apotex Read more » | RATING: 4.3
"Kinetic columns are highly efficient and have a similar response compared to UPLC. The chromatogram produced with Kinetic columns are similar to UPLC, but the run time times are shorter." |
| Makoto Tsunoda Status: See all reviews Member since 2005 Organization: University of Tokyo Read more » | RATING: 3.3
"This column performs good separations." |
| Martin Leitenberger Status: See all reviews Member since 2006 Organization: Universität Hohenheim Read more » | RATING: 5.0
"Due to a short test phase we have not optimized our method completely so I can't tell how much time we will save. But up until now the separation is better and the peak shape is better. The retention times are shorter compared to a conventional C-18 due to the new kind of pre-column Phenomenex use." |
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