Low temperature elasticity recovery testers often use intelligent control interfaces. Operators only need to input test parameters such as temperature setting, deformation, loading rate, etc. on the touch screen or software end, and the instrument will automatically run according to the process without complex manual adjustment. After the testing is completed, the data is automatically processed, analyzed, and reports are generated, with a short process time and improved work efficiency. Even beginners can quickly get started with conducting experiments.

Whether it is polymer materials such as rubber, plastic, or fiber; This tester is capable of testing the elasticity of metal materials in low-temperature special application scenarios, as well as composite materials. By replacing fixtures and adjusting parameters, it can adapt to different materials, shapes, and sizes of samples, meet the needs of scientific research and quality inspection in multiple fields, and has strong universality.

Measurement steps of low-temperature elasticity recovery tester:

1. Sample preparation:

-According to standard regulations or actual needs, prepare samples that meet specifications to ensure consistency in size, shape, surface condition, etc.

-Ensure that the surface of the sample is clean and free from obvious defects or contamination.

2. Equipment preparation and inspection:

-Ensure that there are no obstacles around the equipment and maintain good ventilation.

-Check if all control switches, instruments, and connectors are functioning properly.

-Confirm that the laboratory temperature and humidity meet the equipment requirements.

3. Install the sample:

-Install the sample correctly between the fixtures, adjust the spacing between the fixtures, and ensure that the sample is in a non preloaded state.

4. Set parameters:

-Set parameters such as stretching speed, stretching force, and testing frequency in the control system.

-If necessary, the tolerance range for temperature testing can be set.

5. Start testing:

-Start the testing device, and the system automatically executes the stretching unloading process, while the data acquisition system records relevant data.

6. Data analysis:

-After the test is completed, the software is used to process the data, calculate the elastic recovery rate, and draw stress-strain curves and other charts as needed.