Synthesis reactor EasySyn 5000 Advanced

synthesis reactor
synthesis reactor
synthesis reactor
Add to favorites
Compare this product


chemical, pilot
laboratory, synthesis
Other characteristics


EasySyn is the reactor system for organic or aqueous syntheses. It ensures safe and reproducible chemical reactions on the way from laboratory to pilot scale. Our EasySyn 5000 Advanced package comprises a complete reactor system for use in the laboratory. You can also control it with the IKA lab software labworldsoft® 6 to automate all processes. The high quality of the used materials allows operation at temperatures from -50 to 200 °C and up to a negative pressure of 3 mbar. EasySyn Advanced includes the LT 5.40 draining set. With its special valves, it enables fast and clean draining of the tempering fluid from the double jacket and easy replacement of the reactor vessel. EasySyn 5000 Advanced also includes: • Ergonomically designed stand system • DN 150 vessel clamp for holding the reactor vessel • Double-walled 5000 ml reaction vessel made of chemically resistant borosilicate 3.3 glass with bottom discharge valve • Spring-loaded valve spindle of the drain valve to prevent glass breakage • Reactor lid with various openings (1 x NS 29/32 center glass joint, 2 x NS 29/32, 1 x NS 14/23) for flexible adaptation to the desired application • DN 150 clamp ring and DN 150 FEP-coated O-ring to ensure chemical resistance • Powerful overhead stirrer EUROSTAR 100 control with 100 Ncm, including keyless chuck for easy and fast mounting of the stirring tool • PTFE-coated propeller stirrer for optimum mixing and chemical resistance • High-quality stirrer guide for vacuum operation up to 3 mbar • Drainage set LT 5.40 with valves and temperature control hoses Available in vessel sizes for volumes of 500, 1000, 2000 and 5000 ml.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.