Used LPE PE 2061S #9190472 for sale

LPE PE2061S reactor is a laboratory reactor designed for the production of polymersization reactions. It is a high-power reactor with a maximum power output of 600 watts, suitable for a wide range of reactions. The reactor is constructed from stainless steel, with a welding joint connecting the main body and lid for added rigidity and to ensure uniform temperature distribution throughout the reaction. The reactor is equipped with two metal protection plates and inner walls that provide excellent temperature control. This ensures a consistent temperature throughout the entire reaction and prevents any hot spots forming. The reactor contains a homogenous blade that ensures uniform stirring throughout the reaction and a steam condenser that helps keep the reaction mixture at an even temperature. The reactor's lid is designed with a seal and safety valve to prevent any leakage of the reaction mixture. The lid also features an inlet/outlet for air pressure adjustment which allows the user to adjust the back pressure in order to control the reaction rate. The reactor is also equipped with a heating and cooling system, allowing the user to adjust the temperature of the reaction. The temperature can be adjusted between 0°C to 200°C with an accuracy of +/- 0.3°C. The user can also adjust the temperature ramp rate, enabling the user to precisely control the temperature of the reaction and its rate of progress. The reactor is also equipped with a mechanical seal that isolates the reaction mixture from the environment. This helps prevent any contamination from entering the reaction mixture and thus increases product yield. The reactor also contains a sampling and drain port and a range of temperature sensors that can be selected by the user. Overall, PE2061S reactor is a reliable, safe, and efficient piece of laboratory equipment designed to provide excellent results. It provides precision control of temperature, stirring, and back pressure, ensuring reproducible reactions and good yields. This makes it an ideal choice for the production of polymers in laboratory environments.