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| Flash DSC Wins R&D 100 Award METTLER TOLEDO has been awarded the coveted “R&D 100 Award” for the Flash Differential Scanning Calorimeter (FDSC), a revolutionary instrument that expands the boundaries of thermal analysis.
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| Flash DSC 1 – a Quantum Leap in Innovation For many materials, crystallization and reorganization occurs during production. With the current DSC, such processes are difficult or even impossible to investigate because of the limited heating and cooling rates. The newly developed Flash DSC 1 with extremely high heating and cooling rates is an excellent tool to easily investigate such processes. |
| TGA-Sorption System - Innovation Expands Flexibility The new TGA-Sorption System is designed to analyze materials under defined conditions of temperature and relative humidity (RH). The design concept combines the performance and versatility of the large furnace TGA/DSC 1 or TGA/SDTA85xe with a unique interface that allows the humidity generator to be added within a few minutes. |
| Combining DSC and Microscopy Leads to Better Interpretation The combination of a DSC instrument and a microscope allows a sample to be examined visually while it is heated or cooled. This visual information is often extremely helpful for the precise interpretation of events. METTLER TOLEDO recommends an instrument combination of a DSC1 or a DSC82xe and a microscope equipped with a camera and image capture technology. |
| Thermal Analytical Measurements Under High Pressure The new High-Pressure DSC 1 cell is based on the successful Thermal Analysis Excellence DSC 1 technology and guarantees outstanding performance thanks to its FRS5 and HSS7 sensors. An external pressure and flow controller (PC10) is available as an option. |
| No sample reaction before DSC and TGA measurement! The sample robot for DSC 1 and TGA/DSC 1 can remove the protective crucible lid from the crucible or pierce the lid of hermetically sealed aluminum crucibles immediately before measurement. This unique feature prevents sensitive pharmaceutical samples from taking up or losing moisture or volatile components between weighing-in and measurement. It also protects oxygen-sensitive samples from oxidation. |
| New Thermal Analysis Application Booklets With the new Thermosets Collected Applications booklet there is now a comprehensive collection of application booklets for practically every field of interest in Thermal Analysis. This very successful Collected Applications series helps you to perform even more secure and efficient DSC, TGA, TMA and DMA measurements as well as offering help for safer interpretation of your data. |
| New Filter Function With Thermal Analysis Software Now you can organize your data even more easily and conveniently with the new category utility of the STARe software. You can find a desired measurement curve or evaluation from thousands of data records within a few seconds. The STARe software for DSC, TGA, TMA and DMA has always been based on a relational database and is an excellent solution to quickly and easily manage large amounts of data. |
| New DSC and TGA/DSC: Unmatched performance for your products Applications of thermal analysis include the characterization of polymers, chemicals, pharmaceuticals or cosmetic and food ingredients to mention just a few kinds of samples. These applications in research and quality control require results with highest degree of accuracy and reliability. The new METTLER TOLEDO Thermal Analysis Excellence line helps to master these challenges efficiently and safely. |
| Learn about the latest innovation: new DSC 1 and TGA/DSC 1 Applications of thermal analysis include the characterization of additives, lubricants, liquid crystals and adhesives to mention just a few. These applications in research and quality control have one thing in common: they require results with highest degree of accuracy and reliability. The new METTLER TOLEDO Thermal Analysis Excellence line helps to master these challenges efficiently and safely. |
| Cement Determination to BS EN 196-2:2005 |
| Thermogravimetric Analysis combined with Differential Scanning Calorimetry (TGA/DSC) boosts productivity TGA with DSC capability drastically increases your analysis throughput |
| Differential scanning calorimetry (DSC) offers unsurpassed sensitivity and outstanding resolution The new DSC 1 with unmatched performance and perfect ergonomics dramatically reduces analysis time |
| Thermal Analysis software improves productivity and product safety The new software includes an interface option to integrate the STARe system into a laboratory management information system (LIMS) |
| Innovative Services for Outstanding Thermal Analysis Performance To assure the continuous performance and reliability of your thermal analysis system METTLER TOLEDO has set up a portfolio of extensive services. You have access to a team of engineers and administration staff that provides the highest level of after-sales care. Preventive maintenance visits, directed by current standard operating procedures for the module, ensure continuous reliability. |
| Greater cooling power expands the application range and increases your sample throughput in thermal analysis The newly developed IntraCooler system from Huber boosts the performance of our DSC823e. Developments in the complementary cooling devices for the Differential Scanning Calorimetry (DSC) have not only increased the application range but have also enabled laboratories to become more efficient with higher sample throughput. |
| Sorption analysis enhances thermogravimetric analysis (TGA) The modular concept of the large-furnace TGA/SDTA85xe allows it to be easily expanded to study adsorption and desorption processes at minimum cost. |
| Maximize Thermal Analysis System Uptime Service XXL offers the most comprehensive range of services on a global level combining knowledge and experience to help maintain your thermal analysis system. |
| New dimensions in stability testing with DSC-Chemiluminescence Technological development has seen chemiluminescence become a sensitive and well-established technique that is used for prescreening tests. A perfect example is the testing of polymer additives and the influence of stabilizers on the oxidation degradation of polymers. |
| Photocalorimetry shortens processing times of light curing systems With a photocalorimeter the effect of light on the behavior of light-sensitive materials used in the plastics, electronics, healthcare, chemical, food and pharmaceutical industries can easily be investigated. |
| Improving Results in Thermal Analysis with Validation The validation of equipment, processes and methods is a basic requirement in many industries. It starts with equipment qualification, goes on to computerized system validation and ends with method validation. The Validation Handbook is intended for newcomers and for thermal analysis practitioners interested in validating their equipment and methods. |