F-50L chemical glass reactor can be used for stirring reaction under normal pressure or negative pressure according to the requirements of use. According to the required reaction temperature, select different temperature control media to carry out reflux and distillation of the reaction solution, with temperature measurement accuracy. High, small error, high work efficiency and other advantages. Chemical glass reactors are widely used in the chemical industry, food industry, new materials or biopharmaceutical synthesis experiments and production processes and scientific research.
Chemical glass reactor supporting equipment:
1. DLSB-10/20 ℃ low temperature coolant circulation pump.
DLSB-20/40℃ Low Temperature Coolant Circulating Pump The low temperature coolant circulating pump is a common experimental instrument in the laboratory. It helps provide cooling for various equipment and has many uses. When the low-temperature coolant circulation pump is in working condition, the built-in circulation pump pumps the low-temperature liquid in the tank to the experimental device that needs to be cooled, and then the low-temperature liquid returns to the low-temperature tank for cooling, and the cooling is continuously circulated in this way.
2. SHZ-C circulating water vacuum pump.
The vacuuming principle of the SHZ-C circulating water multi-purpose vacuum pump is different from that of the jet type air extractor, and it is still a centrifugal mechanical pump. The impeller rotor is installed eccentrically in the cylindrical pump casing, and its blades are forward curved. When the impeller rotates, the working water forms a water ring that swirls along the pump casing under the action of centrifugal force. Due to the eccentric position of the impeller, the water ring moves relative to the blades, so that the space volume between two adjacent blades changes periodically. It is like a liquid “piston” reciprocating radially in the cascade.
Chemical glass reactor advantages:
The reaction solvent placed in the borosilicate glass reaction vessel can be used to stir the reaction. The interlayer realizes constant temperature heating or cooling reaction through the circulation of cold and heat sources. The distillation and reflux of the reaction solvent can be controlled. Borosilicate glass reactors are ideal testing and production equipment for the preparation of modern synthetic chemicals, biopharmaceuticals and new materials.
- The composite seal of polytetrafluoroethylene is used to ensure high-precision sealing under working conditions.
- A condenser is used to ensure a high recovery rate.
- The full set of glass for the chemical glass reactor is made of high borosilicate glass, which has good chemical and physical properties, wear resistance and corrosion resistance.
- The chemical glass reactor adopts an intelligent temperature control system, which is easy to operate.
- The lower discharge has a flange port and a PTFE valve, which can be disassembled to facilitate the discharge of solid materials. Eliminate liquid leakage and poor feeding.
- Stirring motor with digital display, frequency conversion control, equipped with a reducer with increased torque, to maintain stable operation.
- Reasonable structure and exquisite materials. The mechanical parts are made of stainless steel and aluminum alloy, with long service life.
Application of chemical glass reactor:
1. Stirring reaction
The chemical glass reactor is circulated through the stirrer, so that the gas, liquid and even suspended particles in the solution can be mixed evenly. By adding different liquids or substances and stirring, the mixing is more thorough and the liquids are prevented from evaporating and refluxing.
2. Purification reaction
As an important chemical method, purification not only plays an important role in chemical research, but also plays a very important role in chemical production. Through a series of steps, the chemical glass reactor can extract pure liquid and required materials.
3. High temperature reaction
“High temperature” means that the temperature must be very high when this reaction occurs. The chemical glass reactor has good chemical and physical properties, wear resistance and corrosion resistance, so that many experiments can be carried out normally.
Single layer glass reactor
|Model||Stirring Power(W)||Stirring Speed(rmp)||Heating Power(kW)||Capacity(L)||Temperature Using Range(℃)||Motor Torque(g/cm)|
Jacketed glass reactor
|Model||Power(W )||Stirring Speed(rmp)||Diameter||Capacity(L)||Power Supply||Motor Torque(g/cm)|
|S-1L||60||0~600(Max.1300)||12||1||220V 50/60 Hz||2000|
|S-2L||60||0~600(Max.1300)||12||2||220V 50/60 Hz||2400|
|S-3L||60||0~600(Max.1300)||12||3||220V 50/60 Hz||2400|
|S-5L||60||0~600(Max.1300)||12||5||220V 50/60 Hz||4800|
|S-10L||120||0~600(Max.1300)||12||10||220V 50/60 Hz||1000|
|S-20L||120||0~600(Max.1300)||12||20||220V 50/60 Hz||1200|
|S-30L||120||0~600(Max.1300)||12||30||220V 50/60 Hz||1200|
|S-50L||120||0~600(Max.1300)||12||50||220V 50/60 Hz||1500|
|S-100L||250||0~600(Max.1300)||15||100||220V 50/60 Hz||3000|
1. What is the appropriate amount of one-time feeding for the chemical glass reactor?
The one-time feeding amount of the chemical glass reactor should not be too large. According to the reaction temperature, reflux and pressure, evaluate and add the appropriate amount of material. Generally, it should not exceed 2/3 of the kettle body.
2. How to choose the temperature control medium of the chemical glass reactor?
When using a chemical glass reactor, according to the required reaction temperature, select a temperature control medium with different properties as the heat transmission medium for the reaction. Choose ice ethanol bath for low temperature; choose water bath for normal temperature; choose oil bath for high temperature.
3. Is insulation required during the use of chemical glass reactors?
Due to the small thickness of the interlayer in the middle of the chemical glass reactor, its thermal insulation performance is poor. In the process of using high temperature and low temperature, it is necessary to use insulation materials to protect the kettle body. The kettle body of the reaction kettle and the liquid-conducting pipe need to be wrapped with thermal insulation materials, and attention should be paid to the thickness of the thermal insulation layer to ensure a good thermal insulation effect.