Covalent Metrology announces an expansion of its thermal characterization services through the installation of two top-of-line systems from TA Instruments for Differential Scanning Calorimetry (DSC) and Thermogravimetric Analysis (TGA).
The new DSC 2500 and TGA 5500 systems are unrivaled in performance for thermal stability and thermal property testing, enabling Covalent to expedite analysis and offer significantly faster time-to-data.
Engineers designing, fabricating, and refining successful products and devices will often observe significant shifts in commercial materials’ structure and behavior under depressed and elevated temperature conditions. Thermal testing with DSC and TGA allows engineers to optimize around these changes by illuminating the relationship between a sample material’s structure and thermal response.
“The TA Instruments DSC 2500 and TGA 5500 will allow Covalent to deliver the most accurate, flexible, and efficient thermal characterization services possible. With an expanded DSC temperature range from -90 °C to 550 °C, and an upper limit of 1200 °C on the TGA, Covalent is better equipped to support our existing (and new) customers in resolving thermal testing requests,” stated Chris Moore, PhD, Vice President of Technology at Covalent Metrology, “Covalent continues to add measurement capabilities that enable us to provide each of our customers with the optimum analytical method for their project.”
In addition to performing standard DSC measurements of exothermic and endothermic thermal events, the DSC 2500 is particularly well suited for more complex analysis, including: modulated-DSC for improved sensitivity and resolution when examining weak transitions, pressurized DSC analysis, and a specialized heat-flow mode for measuring heat capacity in a single-run. Across all its analytical modes, the DSC 2500 offers the most accurate heat flow measurement available on a commercial DSC, with maximized signal sensitivity and energy resolution.
TGA complements the analysis possible via DSC with quantitative metrics of thermal stability. Covalent’s new TGA 5500 can probe these and more with a suite of advanced measurement modes, such as: modulated- and high-resolution-TGA, evolved gas analysis, and more. The system provides the fastest heating and cooling rates available, as well as the best mass resolution limits and the lowest signal drift. Together, these features enable Covalent’s experts to pars even the most complicated of TGA samples, and ensure that Covalent clients receive the most efficient, accurate, and reliable TGA results possible.
