Elastic compression fatigue testing machine

Hydrogel is a kind of polymer compound, which is named because it can form thick paste or elastic filament in water. It has a variety of applications, such as tissue engineering, drug release and control, soft electronics and other fields.

The background of hydrogel research is that as people's requirements for quality of life become higher and higher, the demand for efficient, environmentally sustainable products is also growing. As a new material, hydrogel has good physical and chemical properties while meeting the requirements of environmental protection and sustainability, and has gradually become a research hotspot at home and abroad.

The research significance of hydrogel is that it has a wide range of applications, and can be used in different fields such as medical treatment, environmental protection, food, cosmetics, etc. The research and development of hydrogel materials can not only improve people's quality of life, but also promote the development of polymer material technology in China. At the same time, hydrogel has good moisturizing performance, which helps to reduce water waste and reduce environmental pressure.

Therefore, the research of hydrogels will have a broader and far-reaching impact in the future.

Elastic compression fatigue testing machineIBTC-300SL is a miniature in-situ mechanical testing system, and its detailed introduction is as follows:

• Features

• Miniature designSuitable for use in limited space environments such as SEM, AFM, X-ray diffractometer, etc.

• Diverse testing functionsIt can perform tests such as tension, compression, bending, shear, creep, relaxation, etc., which can meet the mechanical property testing needs of various materials.

• In-situ actionThe fixture is driven symmetrically in opposite directions by a double threaded screw, keeping the sample always in the center of the field of view for in-situ observation. Combined with microscopic observation equipment such as optical microscopes and X-ray diffractometers, online characterization of the microstructural evolution of materials during loading can be achieved.

• Flexible control modeHumanized control software allows users to flexibly and conveniently configure multiple testing methods, including stress control, strain control, and displacement control. The loading waveforms include sine waves, triangular waves, trapezoidal waves, etc. The software also has powerful multi-step loading function and modular experimental process design function, which can meet users' special experimental requirements.

• Wide testing scopeEquipped with large and small sensors as standard, with a dual range load range design, it can be applied to various materials such as soft materials, thin film materials, biomaterials, and polymer materials.

• Elastic compression fatigue testing machineTechnical Specifications

• Maximum rated load：300N。

• Load measurement range：0.4%-100%F.S。

• Load measurement accuracyBetter than ± 0.2% of the indicated value (within the load measurement range).

• Maximum fatigue loading frequency：1Hz。

• Displacement measurement range：0-150mm。

• Displacement resolution：0.1μm。

• Displacement loading rate：5μm/s-0.8mm/s。

• Testing machine levelLevel 0.5.

• Net weightApproximately 3.3kg.

• Overall dimensionsApproximately 330 × 177 × 53mm.

• Electrical requirements：AC220V，1kW。