<< View all Thermogravimetric Analyzers Q50 TGA General purpose thermogravimetric analyzer that typically outperforms competitive research-grade models. DescriptionSpecificationsVideosResources The rugged, reliable, and cost-effective Q50 TGA, with many features of the Q500, offers exceptional value as a compact, general purpose thermogravimetric analyzer that typically outperforms competitive research-grade models. Its integral mass flow control, gas switching capability, superb…
Simultaneous Thermal Analyzers measure both heat flow & weight changes in a material as a function of temperature (or time) under a controlled atmosphere
A simultaneous DSC-TGA can be used in a phases of research, quality control, and manufacturing operations. TA Instruments offers the Q600 for DSC-TGA measurements up to 1500°C.
The Q800 has been replaced by the DMA 850 – The world’s most powerful platform for mechanical measurements.
The Q400 is a sixth-generation product from the world leader in thermal analysis. Its performance, ease-of-use, and reliability aptly demonstrate our long experience in designing novel instruments for high sensitivity mechanical measurements over a wide temperature range.
The Q400EM is the industry standard research-grade thermomechanical analyzer (TMA), with unmatched flexibility in operating modes, test probes, fixtures, and available signals. The Q400EM Enhanced Mode allows for dynamic experiments to measure complex, storage and loss moduli, as well as Modulated TMA™ in which reversing and non-reversing components of displacement are available. It is ideal for research, teaching, and quality control applications, with unmatched performance.
The new automated Q5000 SA is designed for high performance sorption analysis of materials under controlled conditions of temperature and humidity. Its design integrates our latest high sensitivity, temperature controlled thermobalance with an innovative humidity generation system, advanced multi-position autosampler, and powerful Advantage software with technique specific programs. The Q5000 SA delivers the performance and reliability required in a leading sorption analyzer and in a compact, user-friendly design.
The new RSA-G2 is the most advanced platform for mechanical analysis of solids. The separate motor and transducer technology of the RSA-G2 insures the purest mechanical data through independent control of deformation and measurement of stress. It is capable of performing the most accurate DMA measurements as well as many additional experiments including creep and recovery, stress relaxation, stress ramps, strain rate ramps, iso-strain, iso-force, fatigue, multi-wave, arbitrary waveform, and dielectric thermal analysis.
The VTI-SA+ Vapor Sorption Analyzer is a continuous vapor flow sorption instrument for obtaining precision water and organic vapor isotherms at temperatures ranging from 5°C to 150°C at ambient pressure. The VTI-SA+. Analyzer embodies the features of VTI’s original SGA design with almost two decades of field-proven performance: the isothermal aluminum block construction, the three isolated thermal zones and chilled-mirror dew point analyzer for primary humidity measurements… all to provide excellent temperature and RH stability.
Extensional Rheology in Polymer Processing Extensional flows dominate many polymer processes, including blow molding, film blowing, fiber spinning, thermoforming and many others. The rheology of polymeric materials under extensional flows can differ significantly from shear flows and it is important to understand this in order to optimize both materials and processes. In this webinar, we…
An Introduction to Tribo-Rheometry: Quantifying Friction Tribology complements rheology, providing information on solid-solid interactions that adds insight to the bulk fluid measurements of rheology. Tribology is especially concerned with quantifying the coefficient of friction as a function of sliding speed and load force, under dry or lubricated conditions. This provides useful information about lubrication, wear,…
Rheo-Microscopy: Bridging Rheology, Microstructure & Dynamics The combination of optical microscopy with rheological tests enables direct observation of material structure under shear deformation. This provides critical information that can help understand, predict, and tune the material response under processing, storage, or end-use conditions.
Morphology Of Complex Nanoparticle Mixtures The performance of new materials and devices depend heavily on morphological considerations: degree of crystallinity, conformation of amorphous species, and relative organization of one species with respect to another, characteristics which can be determined by thermal analysis. These considerations are important for functional materials such as photovoltaics and MEMS devices,…
