The core advantage of this reactor lies in its adjustable lifting design, which solves the problem of difficult operation of traditional fixed-height reaction kettles. The hydraulic lifting mechanism can stably adjust the height of the stirring shaft within a range of 300mm, allowing users to easily complete the loading and unloading of reaction materials without bending over for a long time. The mechanical propeller stirring design has a large mixing range, which can fully mix low-viscosity reaction systems such as aqueous solutions and organic solvents, avoiding incomplete mixing. The detachable cavity design allows users to quickly replace the cavity according to experimental needs, adapting to different reaction material requirements. In addition, the equipment is equipped with a one-key lifting and lowering control button, which reduces the operation threshold and is suitable for users with different operating proficiency levels.
Detailed technical parameters of this LHAC-23 reactor are as follows: effective cavity volume of 5L, maximum operating temperature of 220℃, mechanical propeller stirring mode, stepless adjustable rotation speed range of 0 to 1200rpm, hydraulic lifting stroke of 300mm, cavity material made of 316L stainless steel, packing seal structure, pressure bearing range of 0 to 0.8MPa, temperature control accuracy of ±1℃, overall dimensions of 720mm × 520mm × 950mm (lifting height 1250mm), total weight of 42kg, powered by 220V 50Hz power supply. The control panel adopts a digital display screen, supporting real-time display of temperature, stirring speed and lifting height. The equipment is equipped with a safety latch to fix the lifting position, ensuring the stability of the equipment during the experiment. The detachable stirring shaft and cavity design make later cleaning and maintenance very convenient.
This lifting mechanical stirred reactor is mainly applicable to medium-scale synthesis experiments in university chemistry, food science and pharmaceutical laboratories, such as solvent extraction, emulsification, drug preparation and other scenarios. It can also be used for food safety testing in food testing institutions, helping researchers extract and prepare test samples. In addition, it is very suitable for teaching laboratories for undergraduate students, allowing students to easily operate the equipment and complete basic synthesis experiments. Its adjustable lifting design also makes it suitable for users of different heights, improving the comfort of the operating process.
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