Advantages:

It can meet the needs of mechanical property testing for various materials in environments from extremely low temperatures to medium-high temperatures, with a wide range of applications. High-precision temperature control can ensure the accuracy and reliability of experimental results and reduce the interference of temperature factors on test results. The compact and lightweight design makes the placement, movement and operation of the equipment in the laboratory easier, and has lower requirements for laboratory space.

Applications:

It is suitable for mechanical property testing of conventional materials, such as toughness analysis of metal materials at low temperatures, research on tensile properties of polymer materials at different temperatures, etc.; it is also suitable for scenarios where laboratory space is relatively compact and there are requirements for equipment volume and weight.