05-06-2008: At this years analytica 2008 trade show Postnova Analytics was awarded with the GIT InnovationsAward. Postnova won the silver medal for the development of the TF2000-MALS Series, which is a new type of separation and characterization method for polymers and Nanoparticles based on Thermal Field-Flow Fractionation (Thermal FFF). The Postnova Thermal Field-Flow Fractionation technology, especially when coupled to Light Scattering detection, allows high resolution separation and size determination of polymers and particles over a broad molar mass and particle size range by employing a special separation channel without any stationary phase typically used in chromatography. With presentation of the unique TF2000-MALS series, Postnova has reached a new milestone in perfecting Thermal Field-Flow Fractionation. For the first time this technology is now available to a broad range of researchers from polymer technology, material science, nanotechnology and biotechnology.
The InnovationsAward was awarded at this years analytica 2008 for the first time by GIT Publishing to three companies presenting the most innovative products, directing attention to important technological breakthroughs from analysis, lab and biotechnology.
At this years analytica 2008 trade show Postnova Analytics was awarded with the GIT InnovationsAward. Postnova won the silver medal for the development of the TF2000-MALS Series, which is a new type of separation and characterization method for polymers and Nanoparticles based on Thermal Fi ... more
Malvern Instruments and Postnova Analytics have announced that they are co-operating to deliver the combined FFF (Field-Flow Fractionation) and DLS (Dynamic Light Scattering) solutions that today provide critical insight when characterizing a number of challenging particulate systems. Such ... more
At this years analytica 2008 trade show Postnova Analytics was awarded with the GIT InnovationsAward. Postnova won the silver medal for the development of the TF2000-MALS Series, which is a new type of separation and characterization method for polymers and Nanoparticles based on Thermal Fi ... more
High molecular weight polymers, bio molecules or particles in a range of a few nanometers up to several microns are more and more important in science and technology. Many applications are based on the specific properties of these materials. For this reason, an exact knowledge of the molar ... more