Lift and rotate double-layer glass reactor with glass sandwich and electric lift function, add reaction materials in the glass reactor can be done at a fixed speed stirring reaction, the inner jacket can be passed on different temperature-controlled heat conduction oil continuously circulating to do the heating or cooling reaction, but also can be done under negative pressure and speed stirring, in the experimental demand for the temperature conditions, according to the experimental requirements in the atmospheric pressure or under negative pressure conditions, the closed lift and stirring reaction within the glass reactor, while the reaction solution through the condensation system can be done reflux and distillation. Stirring reaction, at the same time the reaction solution through the condensation system can do reflux and distillation, most of the lifting glass reactor for college experiments, fine chemicals, pharmaceuticals, new materials synthesis and other industries, to do the experimental level and pilot level product line. The lifting double-layer glass reactor can be used with vacuum pump, low-temperature coolant circulating pump, high body temperature circulating device and other vacuum equipment, temperature control equipment supporting the composition of the system device.
The glass reaction kettle is made of high borosilicate glass, which is characterized by low expansion rate, strong chemical stability, superior heat resistance, high strength and high hardness.
Lifting and rotating double-layer glass reactor kettle lid and the equipment connected to the lid all rise or fall, and the glass kettle body can rotate about 150 degrees. It is more convenient for cleaning, taking materials and safe operation.
Lifting and rotating glass reaction kettle is a kind of reaction vessel commonly used in laboratories, which is usually made of glass and has good chemical stability, able to withstand corrosion of acids, alkalis, organic solvents and other chemical substances. Its main functions include:
Temperature control:the lift glass reactor is often equipped with heating and cooling systems, which can provide precise temperature control of the reaction system and is suitable for chemical reactions requiring specific temperature conditions.
Stirring function:the kettle is equipped with stirring device, which can effectively mix the reactants and improve the reaction rate and homogeneity.
Pressure control:some lifting glass reactors are designed with pressure control function, which can regulate and maintain the pressure of the reaction system within a certain range, applicable to experiments requiring specific pressure conditions.
Evacuation:Some reactors can be evacuated for reactions in an oxygen-free or low-oxygen environment, or for removing solvents or gases from the reaction system.
Convenient dosing and sampling:Lifting glass reactors are usually designed for easy dosing and sampling, and some models are equipped with a lifting mechanism that allows easy adjustment of the position of the reactor to facilitate experimental operations.
Observation of the reaction process:As the glass reactor has good transparency, the experimenter can directly observe the reaction process, such as the color change of the solution, the formation of precipitate, etc.
Safety protection:glass reactors are often equipped with safety valves, temperature sensors and other safety devices, which can automatically cut off the power or release the pressure when the safety range is exceeded, in order to prevent equipment damage or safety accidents.
Strong adaptability:Lifting glass reactor is suitable for a variety of chemical reactions, including synthesis, decomposition, polymerization, catalysis, etc. It is a multifunctional reaction vessel commonly used in chemical laboratories.
Due to its flexibility and multifunctionality, the lifting glass reactor has been widely used in the research and development of chemical synthesis, drug preparation, material science, biochemistry and other fields.
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