High And Low Temperature Universal Tensile Test Equipment

High and low temperature universal tensile test equipment is an important instrument used for material performance testing, with the following significant characteristics and complex structural functions
Features:
1. Can be accurately controlled in an extremely wide temperature range, from tens of degrees below zero to hundreds of degrees Celsius, to meet the test needs of different materials under extreme temperature conditions.
2. The temperature fluctuation is small to ensure the stability of the test environment, thus improving the accuracy and reliability of the test results.
3. Suitable for a variety of materials, including metal, plastic, rubber, composite materials, etc., with a wide range of applicability.
4. Tensile, compression, bending, shearing and other mechanical properties can be tested to comprehensively evaluate the mechanical properties of materials.
5. Equipped with high-precision sensors, which can accurately measure small force and displacement changes.
6. Advanced data acquisition and processing system to ensure the accuracy and integrity of test data.
7. With the function of automatic control of the test process, including loading speed, test steps and data recording.

Structure function:
1. Made of high-strength metal materials, it has extremely high rigidity and stability, and can withstand large tension and pressure without deformation. Provide solid support for the whole test process to ensure the accuracy and safety of the test.
2. It is usually composed of a motor, a reducer and a lead screw to achieve uniform or variable speed loading of the sample.
It can accurately control the loading speed and loading mode to meet the requirements of different test standards and material characteristics.
3. Including refrigeration device and heating device, precise adjustment through intelligent temperature controller.
The design of circulating air duct ensures the uniform distribution of temperature in the test chamber and avoids the influence of temperature gradient on the test results.
4. The force sensor is used to measure the tension or pressure applied to the sample, and the displacement sensor measures the deformation of the sample. These sensors transmit the measurement signal to the data acquisition card for real-time data processing and display.
5. For samples of different shapes and sizes, equipped with various types of fixtures, such as tensile fixtures, compression fixtures, etc. Ensure that the sample is firmly held during the test to prevent sample slippage or eccentric loading.
6. Computer-based control software, users can easily set the test parameters, monitor the test process and analyze the test results.
7. With fault diagnosis and safety protection functions, such as overload protection, limit protection, etc., to ensure the safety of equipment and operators.
8. It can automatically process the collected test data and generate important parameters such as stress-strain curve, strength and elastic modulus.

High and low temperature universal tensile test equipment with its precise temperature control, multi-functional tensile test, high-precision measurement and automatic operation characteristics, as well as complex and perfect structure and function, for material science research, product quality testing and engineering design to provide a powerful and reliable tool.