Equipped with high-precision torque sensors with ±0.5% FS accuracy, this device supports real-time data collection and dynamic display. Its touchscreen PLC control system enables one-key operation and parameter setting, while the safety protective door prevents sample leakage and ensures operation safety. Multiple optional rotors (single/dual rotors) meet different test requirements, and the built-in data storage module can save more than 1000 sets of test data, which can be exported via USB or Ethernet. Compared with traditional rheometers, it reduces test preparation time by 30% and improves test efficiency greatly, suitable for rapid formula screening and material performance verification.
The temperature control accuracy reaches ±1℃, with a stable and uniform temperature distribution in the sample chamber. The torque resolution is 0.01 N·m, and the rotor speed can be steplessly adjusted within the set range. The device supports custom test protocols and data analysis functions, and the built-in thermal printer can generate test reports on-site. The overall frame adopts a shock-absorbing design to reduce environmental interference, and the operation interface supports multi-language switching to meet the needs of global users. The power supply has overload protection to avoid equipment damage caused by improper operation.
It is widely used in university material science laboratories, small and medium-sized material R&D enterprises, and polymer processing factories. Typical application scenarios include: formula screening of plastic and rubber materials, performance characterization of composite materials, optimization of injection molding and extrusion processing technologies, and support for undergraduate and graduate student scientific research projects. It can also be used for incoming material testing of small batch materials to ensure product quality consistency.
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