Hydrothermal synthesis reactor is the use of strong acid or alkali in the tank and high temperature and high pressure closed environment to achieve the purpose of fast digestion of insoluble substances.
Tips: How Does Hydrothermal Synthesis Reactor Work?
A hydrothermal synthesis reactor is a specialized vessel used for the synthesis of materials under high temperature and high pressure conditions in a water-based environment. It typically consists of a cylindrical or spherical stainless steel or Teflon-lined container with a heating element, pressure gauge, and various ports for loading and releasing materials, as well as a safety valve to control pressure.
The basic working principle of a hydrothermal synthesis reactor involves the use of high temperature and pressure to facilitate chemical reactions in an aqueous solution, leading to the formation of desired materials. The process usually starts by loading the reactant materials, such as solid powders or liquids, into the reactor vessel. The reactor is then sealed tightly to prevent any leakage or escape of materials during the synthesis process.