Dynamic mechanical analyzer DMA
Materials
Filaments, Polymers and Photopolymers etc.
Architecture and construction industry
Automation, robotics and handling
Automotive, transport and mobility
Electrical engineering
Aerospace
Mechanical and plant engineering
Medical technology and healthcare
Offshore and marine
Mold-making and tooling
Scientific facilities and institutes
Dynamic mechanical analysis (DMA) is the measurement of thermoplastics, thermoset resins, elastomers, ceramics
An important method for the mechanical and viscoelastic properties of materials such as porcelain and metal. In DMA, the adoption is not
One of the homomorphic modes applies periodic stress to the sample. Depending on temperature, time, and time
The frequency analyzes the magnitude of the force and displacement as well as the magnitude of the phase shift.
Features & Benefits:
• Flexible sensor position – tests can be performed in all deformation modes, even in liquids or with different relative humidity conditions
• Easy to operate – quickly change the deformation pattern
• TMA Test Mode – used to test the coefficient of expansion, creep effects, and relaxation time
• Humidity option – for adsorption and desorption testing
• Wide temperature range – from –190°C to 600°C
An important method for the mechanical and viscoelastic properties of materials such as porcelain and metal. In DMA, the adoption is not
One of the homomorphic modes applies periodic stress to the sample. Depending on temperature, time, and time
The frequency analyzes the magnitude of the force and displacement as well as the magnitude of the phase shift.
Features & Benefits:
• Flexible sensor position – tests can be performed in all deformation modes, even in liquids or with different relative humidity conditions
• Easy to operate – quickly change the deformation pattern
• TMA Test Mode – used to test the coefficient of expansion, creep effects, and relaxation time
• Humidity option – for adsorption and desorption testing
• Wide temperature range – from –190°C to 600°C