Used LPE PE 3061D #9263463 for sale

LPE PE 3061D is a laboratory discontinuous stirred-tank reactor system by LPE Process Equipement. It is designed for laboratory-scale continuous reaction studies and mixing applications, and provides a platform for alkoxylation reaction work. This compact unit has the ability to simulate various process conditions, which allows for testing and optimizing a wide range of reactions and processes. LPE PE3061D has a single reaction chamber with a top-down, revolving stirrer, in-line heat exchanger, and a pressure cap. The reaction chamber is made from corrosion-resistant stainless steel and is designed to optimize mixing within the reaction chamber. The integrated heat exchanger is designed to manage the reaction mixture's temperature, while the pressure cap is designed to control the reaction at optimal temperature and pressure. Control of the reaction's conditions is done through two external control systems: the digital panel display and touchscreen. Both systems provide users with quick and easy access to the reactor's eight control parameter settings, which aid in the optimization of the reaction conditions. The stirring speed is adjustable and can be set to a range of 40 up to 1500 rpm, allowing the user to accurately adjust the stirring behaviour according to the project's requirements. The unit's top-down revolving stirrer creates excellent homogenization of the reaction mixture, resulting in a high quality product. PE 3061D has been designed to bridge the gap between laboratory-scale development and commercial-scale processes. This reactor unit is perfect for research organizations and chemical technology development industries. It provides state-of-the-art safety features (UL1795-1996 approved and CE marked) to help reduce potential hazards. The unit's standard operating temperature range is from 20°C to 80°C and the unit has a maximum working pressure of 5 bar. This discontinuous stirred-tank reactor is well-equipped to meet laboratory reaction studies. Its simple yet sophisticated design makes it a valuable tool for efficient, precise and reliable reaction operations.