The lifting function simplifies operations such as material addition and equipment maintenance, significantly reducing operation time and improving production efficiency. For example, in large-scale production, electric lifting stainless steel reactors can quickly raise or lower the kettle body to an appropriate height, facilitating the loading and unloading of materials as well as the cleaning of equipment.
 

Based on the combined effect of pressure and temperature in a closed container, a controllable reaction environment is created. During the reaction process, the kettle body is heated through the heating system, and at the same time, the pressure control system is used to maintain stable pressure inside the kettle. This not only accelerates the chemical reaction rate, improves product yield, but also triggers reactions that cannot occur under normal temperature and pressure. Moreover, the lifting and flipping design makes the feeding and discharging of materials, stirring during the reaction, and post-reaction treatment more convenient and efficient.
 

The Quick-Close Magnetic Stirrer Stainless Steel Reactor is a precision reaction device that combines efficient stirring, rapid sealing, and corrosion resistance. Constructed from stainless steel, it incorporates magnetic drive stirring technology and features a convenient quick-close mechanism. This reactor is widely applicable for small-to-medium-scale experimental and production processes across industries such as chemicals, pharmaceuticals, food, and new materials. It enables precise material reactions under complex conditions such as high pressure and high temperature.

The desktop overhead stirrer is a highly efficient stirring device designed specifically for laboratories, research institutions, and small - scale production enterprises. It can uniformly stir a variety of liquids or solid - liquid mixtures with different viscosities, ensuring precise and controllable mixing effects during experiments or production processes. Whether in chemical synthesis experiments, biological fermentation research, or the production of small - scale food and beverage samples, it can play an important role.

The double-layer glass reactor for biological experiments is a precision reaction device designed specifically for biological research, pharmaceutical R&D, and other fields. It features a double-walled glass structure: the inner layer holds reaction materials, while the outer layer enables precise temperature control through circulating media such as water or oil, meeting the strict temperature stability requirements in biological reactions.

Rotary evaporators are used for concentration, crystallization, drying, separation, and solvent recovery in addition to the
continuous distillation of volatile solvents and are utilized in various fields and applications, including pharmaceutical,
chemical, and biotechnology industries.

The double-layer glass reactor is a vessel in which chemical reactions are carried out. The double-layer reactor has two insulation layers which help in controlling the condition under which the reaction is carried out. For example, experts need glass reactors to control the temperature and pressure under which the chemical reaction is carried out.

Single layer heating mantle Glass Reactor

Core components :PLC, Engine, Bearing, Gearbox, motor, Pressure vessel, Gear, Pump

Vessel capacity is flexible from 1L-200L

110V 220V/50Hz 60HZ 
Glass Filtration Jacket Reactor

High pressure jacketed stainless steel reactor