TG 209 F3 Tarsus® - product brochure
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TG 209 F3 Tarsus® - product brochure - 1

TG 209 F3 Tarsus® Thermogravimetric Analysis - TGA Method, Technique and Applications Analyzing & Testing

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What is the thermal stability of the material? Is the sample really the specified filled granulate? Is the sample contaminated with an additional component? Is the filler homogeneously distributed in the part? Of how many individual components does the rubber seal consist? How much solvent or plasticizer is released of the rubber mixture? How high is the added carbon black content? How high is the ash content of the polymer mixture? How does the thermal stability change under the influence of an oxidizing atmosphere? Is the melting of the thermoplastic already superposed by the start of...

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A thermobalance is used to measure the mass change of a sample as a function of temperature or time, under a defined and controlled environment with respect to DTG /(%/min) heating rate, gas atmosphere, flow rate, 0 crucible type, etc. Furnace Thermocouple Sample carrier Position Sensor Various international standards describe the -10 general principles of thermogravimetry for polymers (ISO 11358) or other specific -15 applications, such as compositional analysis -20 for 280 °C (ASTM D6370) and evaporation rubber loss of lubricating oils (ASTM D6375).-25 Measurement Results This TGA...

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TG 209 F3 Tarsus® Convincing Technology Controlled by Intelligent Software

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Robust - Top-Loading Design The unique top-loading balance ensures very low drift behavior under isothermal and dynamic measurement conditions across the entire temperature range. A thermostatic control maintains constant temperature and eliminates environmental influences to the balance's performance. Flexible - Sample Carriers Various sample carriers are available including corrosion-resistant sensors, high-sensitivity c-DTA ® sensors for improved monitoring of endo- and exothermic effects, and special sensors for large sample masses. Ready To Go - SmartMode and ExpertMode The simplified...

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More Than Just a Simple TGA! For efficient laboratory work – Sample Furnace cooling Radation shields Purge gases Thermostatic control Sample holder lift Weighing chamber Microbalance Schematic drawing of the gas path inside the TG 209 F3 Tarsus®

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Micro-Furnace for Dynamics in Day-to-Day Lab Tasks The low-volume furnace of the gas-tight NETZSCH TG 209 F3 Tarsus® consists of an SiO2-coated monolithic metallic heater with an integrated air cooler. Between room temperature and 1000°C, a heating rate of 200 K/min can be achieved for a high sample throughput. Safe handling is ensured by safety features. This includes purging of the balance chamber with protective gas. Precise Detection of the Sample Temperature The sample temperature is detected by a thermocouple in direct contact with the sample crucible. This ensures accurate reading of...

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SmartMode -Run Professional Tests After Minutes of Introduction SmartMode boasts a clear structure, a consistent navigation design and easy-to-access buttons. Using wizards (measurement templates), it is possible to start a measurement with just a few inputs. Alternatively, customized methods or predefined methods can be selected to start an experiment. The predefined methods are based on different standards or measurements under reduced pressure. Even customers unfamiliar with the software immediately know how to proceed. ExpertMode -Perefct for Beginners and Professionals For those who...

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AutoEvaluation* - Identify*- A Step AheadAutonomous Evaluation with the Database AutoEvaluation is a self-acting software package which evaluates the thermogravimetric effects, i.e., mass changes (decomposition reactions) without using stored evaluation macros. For all those who haven't seen such measurements yet, AutoEvaluation will handle the curve independently - without any effort on the operator's part. This ground-breaking technology allows, for the first time in history, test analyses which are fully user-independent and therefore completely objective. The Identify software searches...

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Application Fields The TG 209 F3 Tarsus® can be employed for the characterization of a great variety of materials and applica-45 0 tions including polymers, pharmaceuticals, textiles, foods, cosmetics, and other organic and inorganic materials. 100 200 300 400 500 600 For researchers in fields such as automotive, pharmaceuticals, textiles, etc., /°C technique employed by this the Temperature instrument is a fast and reliable research tool. Its easy operation, fast analysis time and standardized evaluation procedures make the TG 209 F3 Tarsus® ideal for application in quality assurance and...

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Polymer Identification Made Easy – Even for Complex Elastomer Materials Characterization of Butadiene Rubber (BR) The plot shows a two-step decomposition of BR at 373°C (DTG peak) and at 470°C (DTG peak) in a nitrogen atmosphere (N2). The first step is due to unsaturated alkanes, the second to the cracking of the polymer back bone. In both decomposition steps, the sample nearly totally decomposes. The small amount of remaining mass in the N2 atmosphere most probably consists of pyrolytic carbon, which can be concluded from the fact that there is a mass loss of 0.2% after switching from...

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-20 Determination of the Glass Fiber Content -2.0Polyamide 66 – % This PA66/GF sample was heated/°C Temperature to 800°C in an inert gas atmosphere at 20 K/min. Already between 70°C and 250°C, a considerable mass loss of 0.8% is determined (picture-in-picture TG /% presentation). Decomposition (68.8%) starts at approx. 360°C 158 °C with a maximum decomposition rate at 418°C (DTG peak). After -0.8 to switching% an oxidizing atmosphere at 800°C, the pyrolytic 418 °C carbon is burnt (1.0%). The remaining residue corresponds to the glass fiber amount (29.4%). Picture-in-picture plot of the...

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ACCESSORIES For Each Application the Right Sample Carrier The NETZSCH TG 209 F3 Tarsus® offers multiple sample carriers - some with a special coating for high resistance to corrosive gases, others for large samples and yet others providing high sensitivity for combined c-DTA®. Thanks to the sample holder lift, all sample carriers can be detached from the balance system within a few seconds. Interchangeable Sample Carriers1 Application Standard TGA Ideal for c-DTA® For corrosive media Material of Sample Carrier Al2O3 Platinel® Al2O3 Sensor Type Type P Type P (disk) Type P, protected Crucible...

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