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This 5L jacketed glass reactor focuses on small-scale reaction needs in laboratories. The core advantage is that it uses imported high-borosilicate 3.3 glass, which can withstand drastic temperature changes without cracking. It is equipped with an adjustable-speed permanent magnet stirring device to avoid solvent leakage caused by traditional mechanical seal stirring shafts. The PID digital temperature control system can accurately lock the target temperature, with an error controlled within ±1℃. The integrated structure design is easy to install and disassemble without complicated debugging. It supports vacuum negative pressure operation, and can meet the needs of closed synthesis, vacuum distillation and other scenarios. It is compatible with a variety of experimental consumable interfaces, adapting to conventional laboratory experimental needs and greatly improving the efficiency of scientific research experiments. The whole machine adopts a 304 stainless steel bracket, which is stable and durable, with a total weight of only 28kg, which is easy to move and adjust in the laboratory, and adapts to all kinds of small and medium-sized laboratory spaces.
Total Dimension: 450mm × 380mm × 720mm; Net Weight: 28kg; Glass Liner Diameter: 220mm; Stirring Shaft Length: 480mm; Interface Types: 3 standard ground glass mouths (50#, 24#, 19#); Heating Jacket Thickness: 2mm; Cooling Inlet/Outlet: G1/2 thread; Vacuum Connection: G1/4 thread; Power Cord Length: 2m; Control Panel Size: 180mm × 120mm.
It is suitable for basic synthesis experiments of chemistry, materials, medicine and other majors in colleges and universities, such as esterification reaction, hydrolysis reaction, extraction separation, reflux distillation, etc. It can also be used for the preparation of early R&D samples of small biological and pharmaceutical enterprises, as well as the shared experiment platform of university open laboratories. It adapts to scenarios such as student teaching experiments and small project development of scientific research teams, and is an ideal choice for conventional reaction equipment in laboratories.