Testa Analytical Launch New GPC/SEC Combination Detector

Detectors

Testa Analytical Launch New GPC/SEC Combination Detector

11 Jan, 2023

Published over 3 years ago. See the latest and most current information on Detectors.

Combination GPC/SEC Detector delivers outstanding macromolecular characterisation

Testa Analytical has developed a new Multiple Angle Light Scattering/Differential Refractive Index (MALS/DRI) combination detector package for more demanding Gel Permeation Chromatography (GPC/SEC) applications.

Delivering absolute molecular weight data from small to large molecules, MALS has established itself as a tried and trusted GPC/SEC detection technique for polymer, protein, and polysaccharide applications.

However, the most accurate and sensitive results can be only achieved by pairing MALS with a DRI detector, designed to deliver concentration information detected at the very same wavelength.

The new COMBO-TWO MALS/DRI detector package from Testa Analytical brings together a perfectly matched combination of a high performance 7-angle MALS and an ultra-stable DRI detector - both designed to optimally operate using an integral 640nm light source. Fully compatible with all commercial GPC/SEC systems, the unique COMBO-TWO offers the lowest possible delay volume between the MALS and DRI detectors enabling exceptional results to be routinely obtained. Operating from room temperature up to 80°C, with high thermal stability, COMBO-TWO is simple to use - just inject your sample into the low-volume flow cell to obtain highly accurate and reliable MALS and DRI data.

More information online

Latest News

Explore Our Other Sites

Labmate Online
Single medium supports both 2D and 3D pluripotent stem cell culture and growth
Explore more Arrow
Envirotech Online
Peristaltic pumps for high-purity oxygen applications
Explore more Arrow
Pollution Solutions Online
Vacuum technology enables efficient lithium-ion battery recycling with recovery rates of up to 95%
Explore more Arrow
Petro Online
The expanding role of high-temperature, high-shear viscometry in modern engine oil development
Explore more Arrow