Rotary Evaporator ADRE-502

1. What is the capacity of the Rotary Evaporator ADRE-502?

The Rotary Evaporator ADRE-502 comes with a 5L evaporating flask for medium-scale operations. It also includes a receiving flask with ample capacity for solvent collection. This makes it suitable for laboratory and pilot-scale applications. It balances volume and efficiency for most research and production needs.

2. What materials are used in the construction of the Rotary Evaporator ADRE-502?

The Rotary Evaporator ADRE-502 uses high borosilicate glass for excellent thermal resistance. All wetted parts are made of PTFE for superior chemical resistance. This makes it safe for reactive, corrosive, or high-temperature solvents. The design ensures durability and compatibility with harsh substances.

3. What are the main applications of the Rotary Evaporator ADRE-502?

The Rotary Evaporator ADRE-502 is used for solvent recovery, concentration, and purification of samples. Common applications include pharmaceutical synthesis and botanical extraction. It also supports chemical processing and academic research experiments. The system is ideal for temperature-sensitive and volatile compounds.

4. Does the Rotary Evaporator ADRE-502 work under vacuum?

Yes, the Rotary Evaporator ADRE-502 operates under reduced pressure to lower boiling points of solvents. This vacuum feature helps prevent thermal degradation of sensitive materials. It enhances evaporation efficiency and improves recovery rates. Vacuum compatibility is essential for precise laboratory workflows.

5. What are the key features of the Rotary Evaporator ADRE-502?

The Rotary Evaporator ADRE-502 includes a 5L flask, dual condensers, and a PTFE-sealed vacuum system. Adjustable rotation speed ensures efficient and controlled evaporation. The unit is quiet, easy to operate, and designed for long-term use. These features make it a reliable choice for consistent lab performance.

6. What types of solvents can be removed using a rotary evaporator?

Rotary evaporators can remove a wide range of volatile solvents such as ethanol, methanol, acetone, and chloroform. These are commonly used in chemical and biological extractions. The equipment is suitable for both aqueous and organic solvents. Proper settings and compatible materials ensure efficient and safe operation.

7. How does a rotary evaporator work?

A rotary evaporator works by rotating a flask containing a solution while applying heat and vacuum. This setup reduces the boiling point of solvents, allowing them to evaporate quickly at lower temperatures. The vapors are then condensed and collected in a separate flask. The rotating motion improves surface area, speeding up the process.

8. What are the key components of a rotary evaporator?

A rotary evaporator typically includes a rotating flask, heating bath, condenser, receiving flask, and vacuum system. Each part plays a role in evaporating and condensing the solvent effectively. Digital controls are often included for temperature and rotation speed. Some models also feature automated lift and safety protection.