Tensile Compression Testing Machine

Amid the roar of aerospace engines, in the safety tests of new energy vehicle batteries, and in the microscopic world of precision electronic components, the tensile and compressive properties of materials have always been the key code determining the success or failure of products. Our tensile compression testing machines, with nanoscale measurement accuracy, all-scenario testing capabilities and intelligent operation experience, have become the common choice of over 5,000 industrial enterprises and research institutions worldwide, making every material test an ultimate pursuit of quality.

The tensile compression testing machine adopts a dual-space independent architecture. The upper space is dedicated to tensile testing, while the lower space is specialized in compression and bending testing. This avoids interference between different testing modes, increasing the testing efficiency by more than 50%. The all-steel cast body is made of aerospace-grade Q345B steel plate and processed through a 500-ton hydraulic forming and precision milling process. The overall rigidity of the machine reaches 2000N/μm. Even under a load of 3000kN, the deformation error of the frame is still less than 0.01mm, providing a solid physical foundation for data stability. The open sample installation platform supports samples with a maximum length of 1500mm and a diameter of 300mm. It is equipped with a quick fixture changing system, which can complete the test switch from plastic film to automotive parts within 5 minutes. It is compatible with various sample shapes such as dumbbell-shaped, flat plate, and pipe, meeting diverse testing requirements.

In the aerospace field, this tensile compression testing machine can conduct 2000KN-level tensile tests on titanium alloy landing gears and carry out compressive deformation analysis on carbon fiber wings, meeting the MIL-STD military standard and contributing to the dual improvement of lightweighting and safety of aircraft. In the automotive industry, it can not only complete the 1500MPa tensile strength test of hot-formed steel, but also conduct a 2-ton compressive simulation of battery pack shells. The data is directly used for optimizing collision safety performance. In scientific research scenarios, non-contact video extensometers track sample deformation through AI vision algorithms, providing non-destructive testing solutions for new materials such as graphene composites and nano-films. A 985 laboratory has thus measured the material's elongation at break to be eight times that of conventional steel, promoting breakthroughs in cutting-edge research. In addition, a temperature test chamber ranging from -70℃ to 300℃ is available as an option to simulate the material properties in extremely cold and high-temperature environments, meeting the demands of extreme scenarios such as permafrost infrastructure and deep-sea equipment.

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