Thermomechanical Analysis / Thermal Expansion Rate Measurement Device Discovery TMA
Various measurement modes! High-sensitivity mechanical analysis is possible over a wide temperature range.
The thermal analysis device/thermomechanical measurement device "TMA Series" is designed to measure dimensional changes of samples under controlled temperature, time, stress, and atmosphere. It offers a variety of measurement modes, enabling the evaluation of material excessive properties (such as creep and stress relaxation) and the separation of overlapping thermal events (MTMA). This product is a research and development grade thermomechanical measurement device, equipped with high performance suitable for research, education, and quality control applications. 【Features】 ■ High sensitivity measurement ■ High versatility ■ Variety of measurement modes ■ Capable of measurements over a wide temperature range
basic information
- Non-contact, frictionless motors transmit loads from 0.001 to 2N, allowing for a wide range of sample measurements from soft compressible elastomers to hard composites. - A wide range of high-resolution measurement transducers achieve accurate dimensional change measurements with a resolution of 15nm over a sample length of up to 26mm and a measurement range of ±2.5mm. - Advanced test modes such as modulated (temperature modulated) TMA, dynamic TMA, creep, and stress relaxation extend functionality and provide users with even more valuable information about the mechanical behavior of materials. - The mechanical cooling accessory (MCA70) enables cooling control down to -70°C without the cost and hassle of liquid nitrogen. - Excellent TRIOS software. - A new innovative app-style touchscreen.
Price information
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Delivery Time
Model number/Brand name
Discovery TMA
Applications/Examples of results
There is a growing demand for high-performance materials that meet the needs of applications with many challenges, and understanding the materials' responses to the environment is more important than ever. It conforms to industry standards for testing and provides information on the coefficient of thermal expansion (CTE), shrinkage, softening, and glass transition temperature of materials. Cutting-edge options allow for the acquisition of viscoelastic properties such as material stiffness (elastic modulus), damping characteristics (tanδ), creep, and stress relaxation.
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