A thermal gravimetric analyzer is an instrument that measures the mass of a substance as it changes with temperature.Or with time variations, to analyze its thermal stability, composition, and decomposition process.
Shanghai He Sheng HS-TGA-301 Thermogravimetric Analyzer
Thermogravimetric Analysis(TGA) Polymer, food, pharmaceuticalsWith many other materials. HESON Hot-plate, and adopt a top-shell structureThe furnace is located on the balance.No Chinese content provided.Thus, improving the ease of use for users.
High-sensitivity measurement systems and specially developed furnace bodies, capable of operating from room temperature toWithin a temperature range of 1450°C, with heating and cooling rates obtainedAchieved exceptional measurement results.
Hot-plate can be connected with mass spectrometer at any time(TGA-QMS) OrFourier Transform Infrared SpectroscopyApologies, but there is no Chinese content provided to translate. Please provide the text you would like translated.”(TGA-FTIR) The device is particularly suitable for research on thermal decomposition and oxidation reactions.
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I. New Product Features:
1. High Measurement Precision: Utilizing imported micro-thermal balance, with a mass resolution as high as1 μg, Data reliable, with excellent repeatability.
2. Wide temperature control range: the furnace temperature covers from room temperature to1100°C (as applicable)Expanded toThe furnace operates at temperatures up to 2,750°F (1,525°C), and is widely applicable for the analysis of organic, inorganic, and composite materials.
3、Excellent Baseline Stability: Unique Furnace and Balance Structure Design, Effectively Suppressing Buoyancy and...Flow interference reduced, baseline stable and flat, significantly enhancing the signal-to-noise ratio of trace weight loss signals.
4. Combined Expansion Capability: Standard EquipmentFTIR、MS Wait for the interface, support for the逸Real-time gas analysis and composition parsing, achieving simultaneous characterization of quality changes and chemical structures.
5、 Intelligent Software System: Integrated with data collection, analysis, and report generation capabilities, it supports dynamic analysis with intuitive and easy-to-use operations.Significantly improves experimental and data processing efficiency.
6. Convenient Calibration and Verification: One-touch automated temperature and quality calibration function supported.USP、ISO Pursuant to regulations.Regulatory validation ensures data compliance and accuracy.
7. Smart Baseline Compensation Technology: Utilizes patented algorithms to automatically subtract empty crucible background drift, directly outputting pure samples.TG Curves, Simplified OperationsEnhance data accuracy.
High-performance Hardware Control System: HostedARM The microprocessor boasts high processing speed and robust system processing capabilities, ensuring accurate and stable real-time data computation.
User-friendly Interface: Equipped with a color touch LCD screen and a graphical operating interfaceSleek and intuitive, user operation is now more convenient.
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In typical measurements, accuracy of the quality change values is ensured by...To conduct baseline runs under the same testing conditions, focusing on variables such as the rate of temperature increase, type of gas, gas flow rate, crucible type, and geometric shape, and analyze the samples from Baseline operations account for instrument readings and buoyancy adjustments.Compared to using the built-in baseline run feature for typical temperature curve measurements, it is usually not necessary to perform a separate baseline calibration. This significantly simplifies routine measurements. Pilot work, particularly suitable for industrial quality control.
