It adopts a special ceramic coated barrel that can withstand 600℃ high temperature and 20MPa high pressure, avoiding material corrosion and barrel wear. It is equipped with a closed-loop pressure control system that can accurately control the pressure changes in the test cavity, ensuring that the test conditions highly match the actual industrial processing environment. The multi-channel data acquisition module can simultaneously collect multi-dimensional data such as torque, temperature, pressure and speed, and generate three-dimensional rheological curves. It has an built-in overload protection mechanism that automatically stops when the test parameters exceed the preset range to protect the equipment and operators. It supports remote monitoring and data transmission, and the test process and data results can be viewed in real time through the mobile terminal.
Torque measurement range: 0.5~500 N·m, accuracy ±0.3%FS; Temperature control range: 50℃~600℃, temperature control accuracy ±0.5℃; Test cavity pressure range: 0~20 MPa, pressure control accuracy ±0.1 MPa; Effective barrel volume: 45 cm³, optional 20/60 cm³ barrel; Rotor speed range: 0.05~150 rpm, speed accuracy ±0.05 rpm; Overall dimensions: 1800mm (L) × 1200mm (W) × 2200mm (H); Total weight: 280 kg; Power supply: 380V AC 50/60Hz; Data output format: 3D rheology curve CSV/PDF; Supporting certification: CE, ISO13485, AS9100.
It is suitable for R&D of special composite materials for aerospace, testing of high-temperature engineering plastics for new energy vehicles, rheological property evaluation of high-end electronic packaging materials, processing technology optimization of military special adhesives and other scenarios. It can help the R&D team accurately grasp the rheological characteristics of high-end materials under extreme processing conditions, provide core data support for product design and process optimization, and assist the domestic substitution process of high-end materials.
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