Dynamic Mechanical Analyzer (DMA)
What we can do
♦ Combining different parameters to observe mechanical characteristics of material:
- Frequency Scan
- Temperature/Time Scan
- Stress Relaxation
- Stress-Strain
- Creep
♦ Obtain key material characteristics by different analysis models:
- Storage Modulus, E’
- Loss Modulus, E”
- Tan Delta
- Young’s Modulus
- Transition Temperature
What need DMA?
By applying different factors, including temperature, force, frequency, and deformation, the Dynamic Mechanical Analyzer (DMA) can give us the information of materials such as strength, viscosity, elasticity, and various phase transition. Then we can achieve useful characteristic factors like Tan delta, storage modulus (E’), loss modulus (E”), Young’s modulus (E), and shear modulus (G).
The Superiority Of LF
Applied Industry
Equipment Capacity
Applied Industry
Equipment Capacity
TA Q800
- Maximum Temperature Range: -150℃~600℃
- Force Range: 0.1mN~18N
- Force Resolution: 0.01mN
- Deformation Resolution: 1nm
- Modulus Range: 103~3×1012
- Damping Sensitivity: 0.0001
- Damping Resolution: 0.00001
- Frequency Range: 0.01~200Hz
- Dynamic sample deformation range: ±0.5~10000 μm
Case Sharing
Dynamic Mechanic Analysis
Dynamic Mechanic Analysis
why choose lab first
EXPERTS team
Joint diagnostics Service
