Used AMAT / APPLIED MATERIALS 0010-81422 #293665604 for sale

AMAT / APPLIED MATERIALS 0010-81422 is an industrial grade reactor designed for high productivity. This type of reactor can produce large amounts of heat at a high rate, making it ideal for high volume applications such as metal smelting, separation, and the production of chemicals. AMAT 0010-81422 reactor consists of a vertical shell containing a reactor chamber, multiple ports, and multiple control systems that regulate the various elements of the reactor. The main body of the reactor is constructed from stainless steel and insulated for heat control purposes. The control systems consist of gas flow and temperature controllers, a pressure transducer, a pressure recorder, and a liquid temperature controller. The reactor chamber is filled with a mixture of reactants, such as water, salts, and or acids, that the reactor must process. The chamber is sealed at the top and bottom with a cover to allow the reaction process to take place within a vacuum. During operation, the cover is sealed and the reactants are introduced into the chamber through an inlet port. Heat is created in the chamber using a heat exchanger, which is connected to the reactor through several metal tubes. The heat exchanger circulates water or a gas through the tubes to transfer the heat to the reactor chamber. The heat causes a rapid reaction to occur within the chamber, producing a combination of temperatures and pressures that can be manipulated by the control systems. Once the reaction is complete, the reactor is sealed and the reactants are drawn out through an outlet port. This allows for the reuse of the reactant mixture for future reactions. The reactor can be used to optimise a variety of high-volume processes, including chemical manufacturing processes, metal refining and smelting processes, and wastewater treatment processes. APPLIED MATERIALS 0010-81422 reactor is an efficient and reliable tool for industrial applications due to its ability to create high temperatures and pressures. The ability to monitor and control these elements has been essential in improving process yields for a variety of industries.