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Selenium Nanoparticle Fabrication Researchers Measure with the CPS Disc Centrifuge
The journal Physics of Wave Phenomena published a study in April that used the CPS Disc Centrifuge to measure selenium nanoparticles. The study, "Laser Fabrication and Fragmentation of Selenium Nanoparticles in Aqueous Media" investigated using laser ablation to form selenium nanoparticles.
Cell Therapy Research Uses Disc Centrifuge for Particle Characterization
The study, "Role of nanoparticle size and sialic acids in the distinct time-evolution profiles of nanoparticle uptake in hematopoietic progenitor cells and monocytes," was published in the Journal of Nanobiotechnology this month. The research seeks to discover the relationship between size of polystyrene nanoparticles and their interaction with human hematopoietic progenitor cells (HPC).
Study on Aerosol Paint Toxicology Uses CPS Disc Centrifuge
A study published online on April 25, 2019 in Applied Nanoscience explored the potential toxicity of raw manufactured nanomaterials (MNMs) in paints using titanium dioxide and carbon black.
Gold Nanoparticle Synthesis Paper Using Disc Centrifuge Published
The journal Reaction Chemistry & Engineering published a paper Mar. 25, 2019 detailing a new process for synthesizing gold nanoparticles. The process, reduces the time required to produce gold nanoparticles to under 4 minutes, and can produce particles with or without capping using carbon monoxide as gaseous reductant.
Patent Published for Preparing Polymeric Microspheres Using CPS Disc Centrifuge
Scientists at Rohm and Haas were recently granted a patent for their work creating polymeric microspheres for use in coatings. The patent, Process for Preparing and Aqueous Dispersion of Polymeric Microspheres, was filed in Aug. 2018 and published Mar. 7, 2019.
Particle Analysis & Agglomeration Study Uses CPS Disc Centrifuge
Langmuir published a study Mar. 3, 2019 online that used the CPS Disc Centrifuge as the standard in differential centrifugal sedimentation. The study, "Sticky Measurement Problem: Number Concentration of Agglomerated Nanoparticles," sought to expand researchers' understanding of measurement techniques available to nanoparticles.
CPS Disc Centrifuge Used in Process for Inkjet Printing of Pearlescent and Metallic Inks
A patent, Inkjet printing of pearlescent and metallic colours, published Jan. 8, 2019 used the CPS Disc Centrifuge to help resolve hurdles faced in the inkjet printing industry. Previously, there were certain challenges with printing metallic or pearlescent inks with an inkjet printer:
Angiographic Imaging Study Uses CPS Disc Centrifuge
Bioconjugate Chemistry published the study, "Characterization and Biodistribution Analysis of Oxygen-Doped Single-Walled Carbon Nanotubes Used as in Vivo Fluorescence Imaging Probes" Mar. 8, 2019, to the web.
Patent Application Published for Silica Slurries for Shallow Trench Isolation Using Disc Centrifuge
Rohm and Haas Electronic Materials, a subsidiary of Dow Chemical Company, was granted a patent Feb. 28, 2019 for Aqueous Silica Slurry Compositions for Use in Shallow Trench Isolation and Methods of Using Them. In the course of their work, the inventors sought to verify the size of the particles being used in the chemical mechanical planarization (CMP) slurry with the CPS Disk Centrifuge.
Acrylate Rubber Patent Using CPS Disc Centrifuge Published
On Feb. 21, 2019, the patent application Method for Producing Acrylate Rubber at Reduced Emulsifier Concentration was published. The Ineos Styrolution group, including inventors Wolfgang Fischer and Tobias Schulz, completed this work with the help of the CPS Disc Centrifuge. The inventors’ work in reducing the quantity of emulsifier needed to form a stable latex […]
Thermoplastic Molding Compounds Patent Using CPS Disc Centrifuge Granted
On Jan. 29, 2019 a patent was granted for Thermoplastic molding compounds with an optimized residual monomer content. R Walker, et al used the CPS Disc Centrifuge model DC24000 in their work.
Hydrophylic Polymeric Particles Patent Using CPS Disc Centrifuge Granted
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.
Scott Bader Uses CPS Disc Centrifuge for Characterization of Conventional and Inverse Emulsions
Scott Bader Product Specialist Hiran Vegad says, “The CPS Disc Centrifuge provides particle sizing data that always surprises users . . . The CPS technique is easy to understand and use, and by giving real, accurate, reliable and reproducible data, it makes the instrument an integral part of every particle characterization lab.”
BegbrokeNano Uses CPS Disc Centrifuge for Nanoparticle Characterization
BegbrokeNano recently conducted an extensive evaluation of commercially available sub-micron particle size analysers in conjunction with Oxonica. Following this, the decision was made to expand its extensive range of particle and material characterization instrumentation with the CPS DC24000 High Speed Disc Centrifuge.
Intertek MSG Choose CPS Disc Centrifuge for Nanoparticle Characterization
Intertek MSG has recently conducted a wide-ranging evaluation of commercially available instrumentation for analyzing particle size distributions in nano-particle dispersions. Following this extensive review Intertek MSG chose to purchase the CPS DC24000 Disc Centrifuge instrument to complement their already impressive range of equipment for materials characterization. This model of CPS Disc Centrifuge has the capability […]
University of Warwick selects CPS Disc Centrifuge for polymer colloid characterization
CPS DC24000 showed ‘exemplary reproducibility’ when monitoring nanoparticle concentrations in University of Warwick's research, proving the instrument to be an ‘invaluable tool for determining key features of the polymerization process.’
Postdoctoral Research Fellow at University College Dublin describes CPS Disc Centrifuge as ‘Must Have’
"The CPS instrument should be considered a 'must have' instrument for particle sizing and evaluation of dispersion quality in diverse media in all modern laboratories that are dealing with nanofabrication and reliable detailed particle characterisation for all applications in modern nanotechnology."
Food & Environment Research Agency uses the CPS Disc Centrifuge to study engineered nanoparticles
In cited studies, researchers showed that proportions of the particles in polymodal distribution measured by the CPS system were in best agreement with the expected dispersion. We also found that the CPS Disc Centrifuge analyzer was user friendly and did not require extensive sample preparation and run times.
Nanoanalysis Group at the National Physical Laboratory choose CPS Disc Centrifuge for measurement of size and density of nanoparticles
Dr. Caterina Minelli of the Nanoanalysis Group of the National Physical Laboratory says: “The CPS technique is very precise and produces particle size distributions with extremely high resolution."
Ultra Mixing and Processing Facility (UMPF) chooses CPS Disc Centrifuge to aid fluid processing research at the nanoscale
The Ultra Mixing and Processing Facility (UMPF) based at the University of Liverpool has selected the CPS Disc Centrifuge to further support their development of industrial scale processing tools for nanotechnology products.
University of Liverpool chooses CPS Disc Centrifuge to monitor coating thickness of nanoscale drug delivery vehicles
Referring to the CPS DC24000, Professor Brust comments, "It is fantastic for monitoring minute thickness changes, for example those caused by chemical reactions in the ligand shell of nano particles"
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CPS Instruments provides researchers and scientists in various industries with the world's fastest, highest resolution, and most sensitive Disc Centrifuge particle size analyzers.
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