A patent was granted Feb. 12, 2019 for Hydrophylic Polymeric Particles and Methods for Making and Using the Same. Inventors G Fonnum, et al, utilized the CPS Disc Centrifuge to determine the coefficient of variance (CV) of particle size of a polymer made using a seed polymer. In such cases, precision is paramount, and as the application notes, seed particles may be as small as 0.15μm.

Around the world, researchers and inventors rely on CPS Instruments when accuracy matters most. Accurate measurement of nanoscale particulates results in increased consumer confidence in nanotechnology. Labs with a reputation for precision in quality control will garner more public support, greater investment potential, and increased compliance with regulatory policies.

The CPS disc centrifuge provides a higher resolution than light scattering or particle counting methods at a much faster rate of analysis than competitive sedimentation-based particle sizing instruments. Whether replacing an aging system or increasing capacity with a new system, an investment in a CPS disc centrifuge is an investment in consumer confidence. Learn more about our applications here.