Machine outline This high-speed fin stamping machine is an ideal fin production equipment, widely used in the automotive, household appliances, and industrial heat exchanger industries, The working principle of this machin...

Machine Overview The high-speed heat exchanger fin production line is equipment based on special cast iron alloy manufacturing, which has high strength impact resistance and can maintain stable operating accuracy during the s...

Radiator mold outline We focus on designing and manufacturing plastic Injection mold for plastic water tanks for automobiles, with years of industry experience and professional knowledge. Our molds are made of PA66-GF30 ma...

Plastic mold summary The radiator plastic tank mold for car radiators is one of the important tools used in the manufacturing of car radiators. It is a mold used to inject plastic materials into a mold, forming a plastic comp...

Condenser fin mold Continuous fin mold, also known as fin progressive die, is a die that is divided into several equidistant stations according to the workpiece being processed, One or several basic stamping processes are ...

Fin mold summarize This type of fin progressive die is a key component in the field of heat exchangers, consisting of multiple independent pressing units to produce a complete fin part in one press, thereby achieving high-spe...

Machine Outline The radiator fin roller machine is the core equipment for processing condensers, radiators, and intercoolers. Its total power is 3.5 kW, demonstrating strong power. More importantly, the fin drum mold's except...

Machine Overview The main function of this radiator crimping machine is to combine the head plate, sealing gasket, and plastic tank together to form a complete aluminum radiator. During the production process, the claws o...

Machine Overview The Manual crimping machine are mainly used for producing metal products such as automotive radiators. Their main feature is that cylinders drive them and have a fast production speed. This machine usually ha...