Stainless steel insulated cup bright furnace

Stainless steel insulated cup bright furnace, also known as mesh belt stainless steel bright annealing furnace, is widely used for the bright annealing heat treatment of various metals and parts in a protective atmosphere, especially in the non-ferrous metal (such as copper tube, copper rod) industry. It has the characteristics of bright, stable, and advanced, and the control system is advanced

The stainless steel insulated cup bright furnace, also known as the mesh belt stainless steel bright annealing furnace, is widely used for the bright annealing heat treatment of various metals and parts in a protective atmosphere, especially in the non-ferrous metal (such as copper pipes, copper rods) industry. It has the characteristics of brightness, stability, and advanced control system.

Structure of stainless steel bright annealing furnace: Components: feeding section (transmission) → preheating section → heating furnace body → cooling section → discharge section. The material used for the heating furnace muffle is high nickel heat-resistant stainless steel, which has high temperature resistance, high temperature strength, and good oxidation resistance. After the muffle of the heating furnace is molded, it is welded with Dongfeng 402 welding rod. After welding, it undergoes strict sealing and leak testing. Under normal working conditions (furnace temperature of 1130 ℃), its service life can reach more than 1 year.

Mesh belt is one of the key components of the mesh belt stainless steel bright annealing furnace. It is made of cross woven heat-resistant steel wire imported from Japan, which is resistant to high temperatures and has good load-bearing capacity; Under high temperature conditions, it does not detach or crack, and under normal working conditions (furnace temperature of 1130 ℃), its service life can reach one year. After high-temperature use, the mesh belt will expand and elongate due to heat. An automatic tensioning and adjustment device is designed in the transmission structure to ensure smooth operation of the mesh belt and guarantee the brazing quality of the brazed workpiece.