It adopts a high-precision strain-type torque sensor with a resolution of up to 0.01 N·m to ensure the accuracy and stability of test data. It is equipped with a modular rotor system, which can quickly replace mixer, single-screw and twin-screw rotors to adapt to different material test requirements. The built-in real-time data acquisition system can simultaneously record torque, temperature and torque change curves, and support one-click export of standard test reports. It is equipped with a fool-proof operation interface that can be used without professional training, and reserved data upload interface that can be connected with the enterprise R&D management system, greatly improving R&D efficiency.
Torque measurement range: 0.1~200 N·m, accuracy ±0.5%FS; Temperature control range: 25℃~400℃, temperature control accuracy ±1℃; Effective barrel volume: 60 cm³, optional 30/100 cm³ barrel; Rotor speed range: 0.1~100 rpm, speed accuracy ±0.1 rpm; Overall dimensions: 1200mm (L) × 800mm (W) × 1500mm (H); Total weight: 120 kg; Power supply: 220V AC 50/60Hz; Data output format: CSV/PDF/Excel; Supporting certification: CE, FCC, ISO9001.
It is suitable for teaching experiments in university material colleges, formula R&D of small and medium-sized plastic modification enterprises, rubber processing technology optimization, composite material rheological property testing and other scenarios. It can help R&D personnel quickly evaluate the impact of different additive ratios on material processing performance, shorten the development cycle of new products, and can be used as a basic rheological testing device for third-party inspection institutions.
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