product description:
This equipment is a thermodynamic separation process. It uses the different boiling points of the components in the mixed liquid or liquid-solid system to evaporate the low-boiling components and then condense to separate the entire components. It is a unit operation process of evaporation and condensation. A combination of unit operations. It is a liquid-liquid separation technology. Scope of application

Features:
1. Large distillation volume

1. Heat and high temperature resistance

2. Good sealing

3. High transparency

4. The material is stable

5. Good corrosion resistance

6. Intelligent temperature control, magnetic stirring

1:New function: vacuum measuring

2:The vertical distillation head and its increased diameter can enhance the evaporation efficiency

3:Change the G14 vacuum outlet of cold trap into the 24/40 one, accelerating the vacuum pumping rate.

4:The collecting device can be controlled by a PTFE vacuum valve instead of being passively received

5:The stainless steel poling support makes it more stable

Advantages of short-range new products:
1. Sensor upgrade-there is a thermometer casing outside the thermometer that indirectly contacts the material, and the sealing is better

2. The vacuum diameter becomes larger, to obtain a higher vacuum degree, and the pumping speed increases

3. Optimized receiving method, more convenient operation (3 fractionation flasks become 1 sustainable discharge valve)

4. Higher evaporation efficiency

5. The distiller adopts a large distiller to increase the evaporation area/volume

Precautions for use:
1. Check whether the inlet and outlet valves of the refrigeration equipment are normally opened and the pressure is within the normal range.

2. Check whether the power of each device is in the on position.

3. The equipment adopts electric heating, and the surface temperature of the outer heating body is relatively high. Do not touch it with your hands to avoid burns.

4. Check whether the ethanol in the low-temperature thermostat is sufficient.

5. Pay attention to whether the liquid nitrogen in the liquid nitrogen tank is sufficient.

6. Check whether the connection between the cold well and the equipment is airtight.

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