Mold Overview 1. This fin Progressive die is suitable for automobile radiators, household air conditioners, central air conditioners, dehumidifiers, etc. 2. It is suitable for aluminum foil with different states and thickn...

Brief introduction The heat exchanger aluminum fin machine is an efficient production equipment with a unique design. The cam drives two plates to move up and down. It is the most important equipment for producing aluminum...

Machine Overview the radiator fin roller machine is the key machine for processing condensers, radiators, and intercoolers; its total power is 3.5kw. The fin roller mold is made with high precision. The servo motor counting c...

Product Description The Aluminum vacuum brazing furnace is used for core welding of plate and bar heat exchangers. It is equipment for welding various complex components in a high-temperature vacuum environment, and the entir...

Machine outline This radiator crimping machine is mechanical equipment used in automotive radiator factories. Its main function is to press the radiator core and plastic tank together to form a complete radiator. The mach...

Machine Overview The manual crimping machine mainly produces car and truck radiators. Some people say it is a semi-automatic crimping machine. A cylinder drives its pressing arm and is installed on a linear slide rail. The...

Product Description This is a vacuum brazing furnace used to produce plate and bar type heat exchangers. It has fully intelligent vacuum pressure and temperature control capabilities and is equipped with an inert gas protecti...

vacuum furnace outline The Vacuum brazing oven is an important production equipment for aluminum heat exchangers, mainly used for brazing aluminum fins, aluminum plates, and cores assembled. These products are widely used in ...

Machine outline This Used plastic injection machine with a crankshaft structure for plastic injection products with precise electronic and high firing rate, PID temperature control enables accurate control of material pipe te...