Testing Equipment
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This creep testing machine features an integrated temperature control system to save space. Its Ethernet distributed control ensures rapid data transmission and simplified wiring.

This highly integrated machine saves space with its integrated temperature control system. Its automatic leveling system adopts redundant control and a two-way opposed slot photoelectric switch for stable and reliable operation.

This testing machine features an integrated host with a temperature control system to save space. Its automatic leveling system adopts redundant control and a two-way opposed slot photoelectric switch for stable and reliable performance.

This testing machine assesses material resistance to stress corrosion cracking and creep. It integrates a temperature control system, LCD with network communication, and an automatic leveling system for convenient and reliable operation.

This testing machine is designed to conduct creep and stress-rupture tests on materials at elevated temperatures. It features a loading system, temperature control, and data acquisition capabilities to evaluate long-term material performance.

This high-temperature rock creep testing machine evaluates time-dependent deformation of rock samples under constant load at elevated temperatures. It allows precise control of temperature and stress, providing comprehensive analysis of creep parameters like creep rate and time to failure.

The rock biaxial creep instrument performs creep, shear, and stress relaxation tests on rock and concrete under biaxial compression. It simultaneously tests biaxial and bilateral deformation while controlling force and deformation.

This machine is designed for determining the compressive and flexural strength of concrete and other construction materials. It features a robust frame for high load capacity and a precise hydraulic loading system for accurate testing.

This hydraulic universal testing machine is designed for tensile, compression, bending, and shear testing of various materials. Available in capacities of 1000 kN, 2000 kN, and 3000 kN, the machine provides consistent loading and automated testing sequences.

This hydraulic universal testing machine features a dual space and compact structure to meet various test requirements. The machine is designed with convenient hydraulic wedge clamping to prevent slipping.

This electric loading material testing machine is designed for biaxial testing. Its high coaxiality meets American standard requirements, and it can be equipped with various environmental devices and a large deformation strain measuring device.

This machine performs dynamic pull-pull or pull-press tests, crossing zero without gaps. Static and dynamic test systems, including pull rods, fixtures, extensometers, and high-temperature furnaces, can be configured to user specifications and automatically controlled for tensile endurance, creep, relaxation, and fatigue tests in high-temperature environments.

This high-frequency fatigue testing machine utilizes a digital pulse width modulator and intelligent force amplifier. Its intelligent air gap structure and upper vibration starting design allow for larger space and better sample clamping.

The 600KN universal testing machine tests mechanical properties of materials like carbon fiber and ceramic composites. It ensures accuracy with high stiffness frame and intelligent compensation technology for reliable data.

This universal testing machine performs tensile, compression, bending, and shear tests. It features a robust frame, precision load cells, and advanced controls for accurate material characterization.

This universal testing machine offers industrial-leading accuracy and reliability for material testing. Its high stiffness frame ensures good repeatability and reliable data.

The universal testing machine is designed for tensile testing with a force range from 1KN to 600KN. It features a robust frame, precise load cells, and advanced control systems to ensure reliable and repeatable results.

This electronic universal testing machine delivers industrial-leading accuracy and reliability for material testing. Its high stiffness frame and intelligent compensation technology ensure long-term test stability and precise results.