Adopting a fully sealed sample chamber structure, it can withstand high pressure up to 30 MPa and high temperature up to 500℃ without sample leakage. The pressure and temperature control system has high precision and stability, and can realize automatic program control of the entire test process. The high-precision torque sensor with 0.01 N·m resolution can collect subtle changes in material viscosity during the test. The device is equipped with an emergency stop system and safety protection devices to ensure the safety of operators. Compared with conventional rheometers, it can provide more accurate test data for special material development and meet the testing needs of high-end manufacturing industries such as aerospace and military industry.
The temperature control accuracy is ±0.3℃, and the pressure control accuracy is ±0.1 MPa. The rotor speed can be adjusted from 0 to 100 rpm, and the test parameters can be set and saved arbitrarily. The sample chamber can be customized according to user needs, and can be replaced quickly. The built-in data analysis software can generate 3D viscosity curves and other professional analysis reports, and supports data export in multiple formats such as Excel and PDF. It is equipped with a dust-proof and oil-proof protection cover to adapt to harsh laboratory environments.
It is mainly used in aerospace material R&D centers, military industry new material development institutions, high-temperature special rubber manufacturers and fluoroplastic processing enterprises. Typical application scenarios include: performance testing of carbon fiber composite materials under high temperature and high pressure, research on the processing performance of perfluorinated polymers, testing of high-temperature seal materials, and support for national key scientific research projects. It can also be used for quality inspection of high-end special materials to ensure that product performance meets national and industry standards.
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