Thermomechanical analyzerIt mainly consists of a frame, a pressure head, a loading device, a heating device, a cooling device, a deformation measurement device, a recording device, a temperature program control device, etc.

　　Thermomechanical analyzerWidely used in multiple fields, including but not limited to:

Plastics and rubber: used to study physical processes such as glass transition, creep and stress relaxation, secondary phase transformation, curing process, softening temperature, etc. of plastics and rubber.

Coatings: Used to study the performance changes of coatings, such as expansion coefficient and phase transition temperature.

Ceramics and glass: used to study the sintering process, recrystallization, and phase transition temperature of these materials.

Metals and alloys: used to study the thermal expansion coefficient, glass transition temperature, and softening temperature of metals and alloys.

Composite materials: used to study the viscoelastic behavior, thermal expansion coefficient, and glass transition of materials.

Precautions for operation:

When using a thermomechanical analyzer, the following precautions should be taken:

Ensure that the instrument is in good working condition and undergo regular maintenance and upkeep.

Select appropriate load modes and testing conditions based on testing requirements.

During the testing process, it is important to closely monitor the operational status of the instruments and changes in test data in order to promptly identify issues and take appropriate measures.