The laboratory glass reactor mainly uses the characteristics of its double-layer glass. The reagents are positioned within the middle layer by stirring the response beneath normal or negative strain. The laboratory glass reactor is sandwiched in a S-50l jacketed glass reactor, and by injecting a hot answer or a continuing temperature cooling liquid, the materials within the reactor are heated or cooled to a constant temperature and stirring is supplied. In this way, the medium within the intermediate layer of the small jacketed glass reactor price could be heated or cooled by stirring and circulating the response. It is a generally used biochemical instrument, broadly used in fashionable nice chemistry, biopharmaceuticals, scientific analysis and experiments and different industries. It can carry out fixed pace, fixed pressure and constant temperature underneath the situations of focus, distillation, reflux, separation and purification reactions. The best instrument for experimentation, pilot testing and production. Double-layer glass reactor could be provided for high-temperature reactions (the highest temperature can attain 300℃); double-layer glass reactor can also be used for low-temperature reactions (the minimal temperature can reach -80 ℃); double-layer glass reactor can be evacuated for decreased vacuum stress response. Its distinctive design permits for more exact test temperature management and ensures that experiments are performed in a safer surroundings.

 

Under normal strain or negative pressure, the laboratory glass reactor is stirred and reacted in a sealed container at a sure temperature, which may management the evaporation and reflux of the response liquid. In basic, there are single layer S-50l jacketed glass reactor, double layer glass reactor and triple layer glass reactor. Glass reactors are widely utilized in petroleum, chemical compounds, rubber, pesticides, dyestuffs, medication, food and different industries, corresponding to boilers, decomposition tanks, polymerization kettles, etc. Materials are typically carbon-manganese metal, chrome steel, zirconium, nickel-based alloys (Hastelloy, Monel, Inconel), and other composite supplies.
 

Glass reactor Working Principle:

 

Through the middle layer of the double-layer glass reactor, a continuing temperature scorching answer (high or low temperature) or a cooling liquid is injected to heat or cool the supplies within the reactor at a relentless temperature, and could be offered agitation. The material is reacted within the glass reactor vessel, and the evaporation and reflux of the response solution may be controlled. After the completion of the reaction, the material could be discharged from the discharge port at the bottom of the vessel and the operation is handy. . It is an gear for contemporary primary and secondary chemical experiments, petrochemicals, medium pattern experiments, biology and new materials synthesis. The reaction course of is clear at a look, and it is convenient to regulate the reaction process.

 

Main features of the laboratory glass reactor：

 

1. AC induction motor. Constant pace, brushless, spark-free, safe and steady, and can work continuously.

2. The complete small jacketed glass reactor price instrument assembly is produced by GG17 excessive borosilicate glass, which has good chemical and physical properties.

three. The interface of the intermediate layer the reactor a pair of glass is related with scorching oil and circulates, which may make heating reaction, and the cooling liquid can be used for low temperature response.

4. The reaction can be carried out at room temperature, and the reaction warmth can be quickly eliminated with operating faucet water, and cooling equipment can also be used.

5. The bottom discharge port has a flange port and a PTFE valve, there is no dead angle in the container, and it might be disassembled to facilitate the discharge of stable materials.

6. Multi-port reactor cover, further massive port design is straightforward to wash, normal port socket can select to assemble reflux, distillation synthesis system.
 

laboratory glass reactor:

 

1. Before installation, use, maintenance and inspection, remember to rigorously read the complete contents of this guide and use it correctly.

2. The power supply voltage must be the identical as that specified by the instrument, connect the facility plug, turn on the power swap on the governor, and use the governor knob to pick the suitable pace.

three. When the take a look at is carried out at low temperature, the discharge valve on the insidelower will freeze. When utilizing the valve, it must be partially defrosted to prevent the glass from breaking.

4. After the stirring rod is installed, it should be turned by hand to concentrate as to if the concentricity is nice. If the concentricity isn't good, loosen the heavy clamp, after which turn on the facility after the clamp is appropriate, and adjust progressively from slow to fast.

5. Using the stirring rod adjuster, the stirring blades could be adjusted up and down by 5cm as wanted.

6. If the sealing efficiency of the kettle is discovered to be degraded, check the rotary seal on the agitator sleeve.

7. All laboratory S-50l jacketed glass reactor devices of this response device are made of prime quality excessive temperature resistant borosilicate glass reactor with low coefficient of expansion GG.17. Users can put together glass reactor as reaction bottles. Please verify the quasi-glass material to ensure safe use.

8. The interlayer in the small jacketed glass reactor price kettle is related to an external circulation port. Hot oil can be used to heat the reaction and cooling liquid can be utilized for the low temperature reaction. If steam heating is used, it shouldn't exceed zero.5K- 1K (try to not use pressurized steam for heating).

9. If there are particles within the resolution during use, there could additionally be particles on the PTFE piston of the valve when discharging. The air tightness might be affected when it is used once more. Be certain to scrub it after each obtain and use. again.