The double jacket structure enables precise heat exchange, with a temperature control accuracy of ±0.5℃. The double mechanical seal system adapts to pressurized reaction scenarios, avoiding volatile material leakage. The 5mm thick high borosilicate 3.3 glass resists strong acid and alkali corrosion and thermal shock. The PLC touch screen can preset reaction procedures to realize automatic heating, heat preservation and cooling processes, reducing manual operation errors. The optional condensing reflux device adapts to solvent recovery needs, reducing production costs and environmental pollution.
The overall dimensions are 1200mm×800mm×1800mm, with a total weight of 280kg. The inner diameter of the reactor cavity is 800mm, and the height is 1200mm. The jacket water flow rate is 20L/min, and the working pressure is 0.2MPa. The stirring paddle shaft length is 1100mm, with a maximum stirring torque of 12N·m. The matched condensing tube area is 0.5㎡, with a reflux efficiency of ≥95%. The power interface complies with CE and ISO9001 certification standards.
It is suitable for pharmaceutical intermediate synthesis, chemical material polymerization reaction, and pilot scale-up experiments in the fine chemical industry. It can be used in various chemical reactions such as esterification, saponification and hydrogenation, especially for large-scale pilot scenarios that require stable parameter replication and solvent recovery, helping R&D teams quickly verify the feasibility of the process and prepare samples for industrial production.
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