Chemir has acquired new instrumentation that will help our scientists analyze a broader range of materials, including coatings, colloidal dispersions, nanoparticles and gas samples.
A newly acquired Modulated Differential Scanning Calorimeter helps solve coatings adhesion problems and troubleshoot scratch/mar resistance issues due to improper curing. Equipped with an auto-sampler for efficient test runs, the Q-2000 MDSC allows for the determination of thermal curing problems in a wide variety of materials. Also, an enhanced Fourier Transform Infrared Spectroscopy (FTIR) with a micro FTIR enables Chemir staff to analyze specimens too small for conventional FTIR, such as particles in a coating.
A new Zeta Potential Analyzer allows for direct electrokinetic measurements without the restrictions of conventional microelectrophoresis techniques. Particle mobility and Zeta potential are measured simultaneously with pH, conductivity and temperature. Aqueous and non-aqueous sample dispersions may be analyzed. This new instrument gives information that relates to the stability of colloidal dispersions and broadens Chemir's array of instruments specific for nanoparticle analysis.
Chemir Analytical Services has also expanded the capabilities of Gas Chromatography/Mass Spectrometry (GC/MS) instrumentation. By adding a six port gas sampling valve to a GC/MS, Chemir now has the capability to sample directly from various sources such as Tedlar bags or gas cylinders. This allows for detection and analysis of natural gas, mobile gases and propellants.
The new equipment and instrument upgrades reflect Chemir’s commitment to continuous improvement and customized solutions.