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As a new generation of high-precision mixing equipment, the double-shaft paddle dynamic mixer adopts non-gravity-dependent mixing mechanism to achieve the three-dimensional turbulent movement of materials without gravity field constraints. It is especially suitable for the treatment of difficult materials with bulk density of 0.8-5.2g/cm and viscosity ≤ 500,000 cP, and shows excellent performance in cutting-edge fields such as metal matrix composites, silicon-based sealants and polymer modification, and the CV value of mixing uniformity can reach 2.1%-3.8%.
Technical highlights:
■ Revolutionary hybrid dynamics: the composite flow field is constructed by a dual-shaft differential drive system (the speed ratio of the driving shaft to the driven shaft is 1:0.85).
■ Intelligent material protection mechanism: establish a triple protection system of "suspension layer-buffer layer-core layer"
■ Industry 4.0 adaptive architecture: reserved IoT interface supports PHM (predictive health management) system integration.
Model | Full volume (m³) | Load factor | Installed power(KV) |
RST-3m³ | 2 | 0.4-0.6 | 18.5-22.5 |
RST-4m³ | 4 | 0.4-0.6 | 29.5-35.5 |
RST-6m³ | 6 | 0.4-0.6 | 45 |
RST-10m³ | 10 | 0.4-0.6 | 55-75 |