Used WATKINS JOHNSON WJ 1000 #293799346 for sale

WATKINS JOHNSON WJ 1000 is a reactor designed and manufactured by WATKINS JOHNSON. It is an inclined polyethylene reactor designed for use in a wide range of research applications such as radiochemical separations, reaction kinetics studies, and isotope analysis. The reactor features a polyethylene shield that houses the reactor core. The shield encloses the core chamber, which is constructed with a heat sink to provide cooling in the chamber's high-temperature environment. The core is separated from the heat sink by a polyethylene spacer. This spacer prevents the heat from transferring between the core and the sink. WATKINS JOHNSON 1000 reactor features an anode, cathode, power supply, feedstock inlet and outlet, side arm for reagents, and an optional effluent detector. The anode and cathode are long, stainless steel rods that form the primary components of the reactor. They work together to create the electrical field necessary to promote the desired reaction. The power supply delivers the necessary current to the anode and cathode in order to achieve the desired reaction. The feedstock inlet and outlet facilitate the circulation of the feedstock that is to enter and exit the reactor. The side arm serves as the location where reagents can be added or removed, if needed. The optional effluent detector monitors and collects the contents of the effluent after the reaction is complete as a means of providing additional detail on the reaction conditions. WJ-1000 reactor is an ideal tool for research applications requiring a high level of precision and control over temperatures and reaction conditions. Its extreme heat tolerance, precise power outputs, and ability to monitor and collect all effluent products ensure that the most accurate and reliable results are obtained. Additionally, the modular design and construction of the core allows for easy installation and maintenance, and a wide range of feedstock can be used in the reactor, greatly expanding the number of potential research applications.