Copper/iron/stainless steel brazing furnaces are industrial furnaces designed specifically for brazing copper, iron, stainless steel workpieces, and copper alloys. They are primarily categorized into vacuum brazing furnaces and continuous protective atmosphere brazing furnaces based on process requirements.
This series of mesh-belt bright brazing furnaces, also known as mesh-belt brazing furnaces, aluminum alloy brazing furnaces, radiator brazing furnaces, and stainless steel brazing furnaces, are primarily designed for continuous brazing of stainless steel, copper, steel, and other materials under a protective atmosphere. They are particularly suitable for various refrigeration compressor parts, refrigerator and microwave oven parts, automotive parts, electronic connectors, cutting tools, and hardware tools.
Stainless steel brazing furnace
Stainless steel brazing furnace equipment uses copper and silver as brazing materials when hydrogen is produced in a liquid ammonia decomposition furnace as a protective atmosphere. It is mainly used for continuous brazing of automotive stainless steel oil coolers, civilian stainless steel radiators, brazing of iron-based workpieces and copper-based workpieces, and annealing of stainless steel parts under the protection of hydrogen.
The stainless steel brazing furnace uses a heat-resistant stainless steel belt or mesh belt to convey the workpieces being brazed, passing through the heating chamber and cooling zone. Inert gas or ammonia decomposition gas is introduced into the furnace as a shielding gas to prevent and avoid oxidation of the workpieces during the heating and welding process. This protects weld quality and eliminates the cumbersome post-weld hydride removal process required in conventional brazing.
