Used VEECO / EMCORE K465 #9152831 for sale

VEECO / EMCORE K465 is a type of electrochemical reactor typically used in the production of semiconductor materials. It consists of two parts - the reactor body and the source-drain assembly. The reactor body is made of a metal core and includes a crucible, thermocouples, oxygen sensors, a quartz crystal, and a Faraday cup. This allows the user to maintain a consistent thermal environment. The source-drain assembly consists of a cathode, an anode, an electrode, and a secondary emitter. VEECO K465 reactor works by introducing a feed solution containing desired reactants into the body through the anode and then adding a direct current power source. The DC power source allows ions to move from the cathode to the anode, forming an electrolysis process at an increased pressure and temperature. As the energy applied to the reactants in the crucible increases, the reactants go through a series of reaction steps until the desired set of products is obtained. The electrochemical reaction is closely monitored and controlled by the Faraday cup, thermocouples, and oxygen sensors. The Faraday cup tracks the amount of electrons generated by the reactor and ensures that the reaction environment is properly maintained. The thermocouples are used to measure the temperature of the reactants and the secondary emitter is used for controlling the exact moment when the reaction should be stopped. The oxygen sensors detect any gasses released by the reaction and alert the user of unsafe conditions. EMCORE K465 has multiple safety features designed to protect the user from any unusual activity during the reaction. It has a self-diagnostic program that can detect or diagnose any faults during usage. The reaction chamber is equipped with overheat protectors and a pressure relief valve to prevent any sudden changes in pressure. The power is also automatically shut off if the reactor starts to overheat or when the reaction is finished. K465 is an advanced reactor specifically designed for the most demanding semiconductor applications. It allows for precise control of the reaction parameters which ensures the highest quality products. Its safety features provide the user with a reliable and safe operation.