Composition and functional characteristics of high and low temperature tensile testing machine

The high and low temperature tensile test machine consists of the main body of the tensile machine, fixture and movable high and low temperature test chamber. It is suitable for mechanical performance tests in the whole material with high and low temperature tensile, peeling, tearing, compression, bending, shear, puncture, low cycle fatigue and other items; when using a normal temperature test, the high and low temperature box can be moved away to increase the use space and facilitate other test purposes. Suitable for physical performance tests such as tensile, compression, bending, shear, tear, peeling, etc. of metals, non-metals, composite materials and products.

The measurement and control software of the high and low temperature tensile test machine uses graphical imaged software interface, flexible data processing methods, modular programming methods, safe limit protection and other functions. It also has the functions of automatic algorithm generation and automatic editing of test reports, which greatly facilitates and improves the debugging and system redevelopment capabilities. It can calculate parameters such as maximum force, yield force, non-proportional yield force, average peel force, elastic modulus; its structure is novel, advanced technology, and stable performance. Simple operation, flexible, and convenient maintenance; it integrates highly automated and intelligent. It can be used to conduct mechanical properties analysis and production quality inspection of various materials in scientific research departments, colleges and universities and industrial and mining enterprises.

The system of high and low temperature tensile testing machine provides customization functions for parameter formulas. Users can define parameter calculation formulas according to requirements and edit reports as needed; the test data is managed by database, and all test data and curves are automatically saved; multiple test data and curves of the same set of tests can be printed in a report; it can be automatically corrected: during the calibration process, enter standard values ​​in the menu, and the system can automatically realize the accurate value calibration of the displayed values.