Instrument Features

Rapidly and conveniently characterize the dynamic thermal mechanical properties of materials in relation to frequency, temperature, and time.

2. Modular design, capable of being equipped with a cooling system and a variety of sample stands, including custom special configurations.

3. Ergonomic suspended sample design for easy replacement of different types of brackets.

4. Real-time instrument status viewing via a touchscreen.

5. Simultaneously supports lens force measurement.

6. Airtight furnace body, compatible with inert atmosphere.

Instrument Application

The Dynamic Mechanical Analyzer (DMA) measures a material's mechanical properties as a function of time, temperature, and frequency. By applying force to the material and causing it to deform in a dynamic oscillatory environment, it is possible to assess the material's viscoelasticity and how this viscoelasticity varies as a function of temperature, time, frequency, stress, atmosphere, or combinations of these parameters. Widely used in fields such as plastics, rubber, films, fibers, coatings, ceramics, glass, metals, and composites.

Instrument specifications

■Primary Measurement Information

Data related to material rigidity and damping characteristics.

2. Data related to the components and structure of polymer blends (compatibility)

3. High crosslinking/Amorphous/Semi-crystalline polymer and composite glass transition temperature

4. Curing / Post-curing

5. Aging

6. Creep and Relaxation

7. Stress and Strain Scanning

8. Multi-frequency Testing

9. Utilize the Temperature Superimposition Function (TTS) to predict material behavior

10. Invasive Testing

Optional Accessories

Sample Holder

Three-point bending sample stand, single/dual cantilever sample stand, tensile sample stand, shear sample stand, etc.

2. Liquid Nitrogen Cooling

Used for rapid cooling to achieve extremely low temperatures, enhancing the range of sample analysis.

3. Rapid Air Cooling