High-Speed DSC overcomes certain limits of conventional DSC by achieving ultra-high cooling-rates, typical in real-life production, and ultra-high heating rates — allowing one to separate physical and chemical effects, such as melting from decomposition. This makes High-Speed DSC ideal for the characterization of novel materials and optimization of production processes.
Not only does High-Speed DSC allow one to simulate processing conditions, but it is also far more sensitive and faster compared to a conventional DSC experiment. The Flash DSC 1 by METTLER TOLEDO — receiving the R&D 100 award — introduces innovative sensor technology that enables greater insight into a material's thermal properties and behavior.
This guide discusses the benefits of Flash DSC technology, supported by real application examples, for obtaining valuable information about materials that was previously out of reach.
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