Mold Overview The Progressive mold is a type of mold used in stamping production, mainly for mass production of parts, In this type of mold, the workpiece is processed one by one through each workstation in a certain order un...

Machine Overview The stainless steel fin machine is a highly automated equipment that can produce various types of high-precision fins, such as serrated and wavy types. This type of machine is usually equipped with a PLC t...

Product Description The plate-type heat exchanger is an efficient heat exchange device mainly composed of two media that transfer heat to each other. Its structure consists of multiple corrugated plates stacked together. T...

Product Description This plate bending machine is an intelligent and multifunctional bending device. No matter how complex the sheet metal parts are, it can efficiently and accurately complete them in one go. This machine ...

Product Description A vacuum hardening furnace is industrial heat treatment equipment. Its main function is to heat metal materials in a specific vacuum pressure environment, heating and cooling them according to their charac...

Machine Overview The vacuum annealing furnace is a heat treatment furnace for annealing metal parts in a negative-pressure environment. It uses a combination of a mechanical pump and a diffusion pump to create a negative pressure in the c...

Machine Overview Universities or research companies mainly use this small vacuum induction furnace to experiment with metal materials and melt them under vacuum conditions. This device adopts induction heating technology a...

Machine Overview The Vacuum sintering furnace is a device that utilizes the principle of medium-frequency induction heating and operates under the protection of hydrogen gas after vacuuming. It heats the tungsten crucible ...

Product Introduction This counterflow heat exchanger is an air heat exchange product formed by pressing hydrophilic aluminum foil and then cross-stacking to form a convective channel. Cold and hot air flow cross each other fo...