The utility model provides a
metal droplet collecting and reflowing
system for growing
nitride single crystals by a fluxing agent method, which is characterized in that a
reaction chamber is arranged at the lower part of a furnace body, a reaction container is arranged in the
reaction chamber, a heating component is arranged within a certain range from the reaction container, and an air blowing component is arranged at the lower end of the reaction container; the upper end of the
reaction chamber is connected with a condenser through a lifting mechanism, a drainage component is arranged at the bottom of the condenser, and the
tail end of the drainage component faces the reaction container; an adjusting bracket is arranged in the reaction chamber, a stirring mechanism is arranged on the adjusting bracket, and stirring blades of the stirring mechanism extend into the reaction container; the
electric control system is connected with the lifting mechanism, the air blowing
assembly, the adjusting support and the stirring mechanism and used for controlling the corresponding mechanisms to act. The device disclosed by the utility model better meets the actual requirements of
single crystal growth, can adapt to large-scale and programmed commercialized production, and simultaneously meets the requirements of
energy conservation, emission reduction, safety and stability.