A thermogravimetric analyzer TGA is essential for measuring mass changes in a sample under controlled temperature or time conditions , critical in studying thermal stability, decomposition, oxidation, moisture loss, and filler content. As expert thermogravimetric analyzer manufacturers, Testron offers two industry leading machines:- the TT‑TGA1250 and TT‑TGA1550. Each model incorporates advanced thermogravimetric analysis instrumentation, user friendly interfaces, and robust data handling, all at competitive thermogravimetric analyzer price points.
These thermogravimetric analysis machines serve diverse industries , from plastics and rubber manufacturing to pharmaceuticals, catalysts, composites, and metallurgy , making them versatile tools for labs, QA departments, research institutes, and academic settings.
The next-gen TT‑TGA1550 Thermogravimetric Analyzer instrumentation with the same structural design as the 1250, but enhanced with faster sampling, microprocessor-based control, and refined PID heating logic. It supports multi program routines, modular thermocouple sensors, and maintained precision under long duration testing for composites, catalysts, and pharmaceuticals.
The TT‑TGA1250 Thermogravimetric Analyzer, optimized for thermal stability, moisture content, decomposition, and kinetic analysis, the TT‑TGA1250 supports multiple Chinese and international standards like GB‑T and JY‑T. It features a proprietary double row winding heating system, alloy microbalance, isolated cooling circuitry, and integrated furnace chamber. Ideal for labs needing a durable thermogravimetric analysis instrument with motion stable baseline and real world performance.
Sample drying curves, moisture content in plant extracts or pharmaceutical powders, and stability of active ingredients.
Analyze inorganic filler percentages and thermal resistance profiles.
To preserve the high accuracy and repeatable performance of your thermogravimetric analyzer, a consistent maintenance routine is key. Both the TT‑TGA1250 and TT‑TGA1550 feature robust modular designs making upkeep straightforward.
When evaluating the cost of a thermogravimetric analyzer, consider not just the thermogravimetric analyzer price, but the total value over time:-
Both TT‑TGA models measure and analyze:-
Ideal for R&D teams, QC laboratories, academic researchers, and material characterization labs.
Although the cost of a thermogravimetric analyzer varies based on configuration (e.g., gas options, calibration kits, balance accuracy), Testron machines target mid range thermogravimetric analyzer price brackets while offering top tier performance. The energy efficient PID control, low maintenance needs, and integrated design translate into long term savings. Robust baseline stability ensures fewer retests, reducing sample cost and operator time.
In plastics R&D, quantifying thermal behavior enables formulation tweaks and performance optimization. With the TT‑TGA1250’s fidelity and the TT‑TGA1550’s ultra‑stable baseline, researchers can monitor how flame retardants, plasticizers, and stabilizers degrade under controlled O₂/N₂ cycles , a critical aspect of regulatory compliance and long term stability.
Catalysts used in hydrogenation or oxidative processing may leave residual carbon on support materials. A TGA allows you to measure weight loss during combustion and produce precise oxidation curves , helping you characterize catalyst load and reusability.
Food powders, biomasses, pharmaceutical APIs, and building composites often require accurate moisture quantification. By programming the instrument to ramp from ambient to 105 °C and hold for a defined period, users can obtain moisture loss data, volatile content, and transition points for drying validation.
In fiber reinforced composites, the organic matrix decomposes at different rates than filler material (glass, metal, ceramic). A high precision thermogravimetric analysis machine provides dual stage degradation profiles, helping R&D teams accurately determine filler load and composite ratio.
Testron provides turnkey installation from our US based labs, including hardware mounting, sensor setup, and staff training. Annual onsite calibration packages ensure continued accuracy, baseline integrity, and regulatory compliance. Spare parts and consumables for the thermobalance are stocked and delivered quickly.
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Absolutely. USB interface supports CSV/Excel export, and custom software can remotely control instrument start/stop and set multiple profiles.
Designed with alloy heating wire and corrosion resistant sensors, both TT‑TGA models can operate reliably for thousands of test cycles with minimal baseline drift.
Yes , both models support the benefits of internationally recognized standards (GB, JY, YB). Service includes traceable calibration certificates and audit ready performance logs.
Yes, dual gas inputs allow dynamic switching (e.g. nitrogen to oxygen) mid run , essential for oxidation or inert thermal testing sequences
TT‑TGA1250 supports room temp to ~1,000 °C. TT‑TGA1550 extends up to 1,000°C with better heating control. Mass sensitivity depends on balance option selected (typically in micrograms range).
The basic package includes the furnace unit, control software, one set of sensors, power cables, and calibration reference. Optional gas kits and software modules are extra.
Testron offers two excellent thermogravimetric analyzers:-
TT‑TGA1250:- Reliable, compact, and ideal for standard thermal stability and decomposition testing.
TT‑TGA1550:- Higher precision and sensitivity for advanced research, kinetics, and material analysis with dynamic gas switching.
Both provide exceptional value with strong functionality, intuitive controls, and dependable support. As leading thermogravimetric analyzer manufacturers, Testron remains committed to excellence across every thermogravimetric analysis application.
