The rotary evaporator is a laboratory equipment used to carry out the distillation process by which the components of a liquid mixture are separated based on their different boiling points. In addition, we at Kalstein have the right equipment, which consists of a heating unit, an evaporation chamber and a condensation unit. The evaporation chamber is connected to a vacuum source, allowing liquids to evaporate at very low pressure. The condensing unit is connected to a water circulation pump, so the condensed liquid is recirculated and cooled. The heating unit is used to increase the temperature of the evaporation chamber, which makes the liquid evaporate faster.

The rotary evaporator is a very useful tool to speed up chemical reactions, as it allows the liquid to evaporate more quickly. This means that more reagents can be evaporated in a shorter period of time, so that the chemical reaction takes place more quickly. It also means that reaction products can evaporate more quickly, and new compounds can be formed more quickly. The rotary evaporator is especially useful for accelerating reactions that are slow or require a long reaction time.

Structure of the Rotary Evaporator

A rotary evaporator, also known as a rotary distiller, is a device used in the laboratory for the controlled evaporation of liquids. It is a compact and efficient machine that allows to evaporate small amounts of liquids in a controlled manner and at relatively low temperatures. The rotary evaporator consists of three main parts: a vacuum unit, a heat unit and a rotation unit. The vacuum unit is connected to the container containing the liquid to be evaporated and allows the liquid to warm up and evaporate at very low atmospheric pressure. The heat unit is used to heat the liquid inside the container and the rotation unit allows the liquid to evaporate evenly. The liquid to evaporate is placed in the container, which is connected to the vacuum unit. The heat unit is then added and connected to the heat source. The rotating unit is connected to the vacuum unit and started. The liquid heats up and begins to evaporate. The steam is collected in the vacuum unit and condensed into the cooling unit.

Factors for Accelerating Chemical Reactions

There are several factors to consider when using the rotary evaporator to accelerate chemical reactions. First, make sure that the evaporation chamber is completely sealed to prevent air or oxygen from entering. Second, make sure that the evaporation chamber temperature is high enough for the liquid to evaporate quickly, but not so high as to damage the reagents. Third, ensure that the vacuum pressure is high enough for the liquid to evaporate quickly, but not so high as to damage the reagents.

When using the rotary evaporator to accelerate chemical reactions, these instructions must be followed carefully to avoid damage to the reagents.

Kalstein Rotary Evaporator

We at Kalstein specialize in the manufacture of Rotary Evaporators belonging to the YR series, which has a 40W rotary motor power. 1300W heating power. Condensation Area 0,126m2 500ml, 1000ml evaporation flask.

In this sense, a base directed to the satisfaction of our customers and to the development and production for the companies that elaborate chemical tests in their laboratories. We promote a high-ranking team, we guarantee the quality of every product you can enjoy by taking a look at our catalog HERE

We distinguish ourselves in the market by providing integral solutions for any industrial sector, and for this we offer you the best advice to make your purchase ideal and at favorable prices. Visit from our website HERE For any questions about maintenance, we have years of experience to provide our equipment with efficiency and extend the life of the equipment.