As the first step in the manufacturing process of liquid cooling plates, stamping is an extremely important manufacturing process that determines the appearance of the liquid cooling plate and subsequent physical conditions. In this process, the flatness and channel depth need to be tested to ensure the quality of the product. During the stamping process, the design requirements of the liquid cooling plate need to be considered, including the shape, size and position of the channel, as well as the overall size and shape of the liquid cooling plate. These factors are key factors that will directly affect the heat dissipation performance and service life of the liquid cooling plate.
Hydroforming press for new energy liquid cooling plate is a high-performance hydraulic press, designed by Goodsjack/Delishi Hydraulic Machinery, for the new energy liquid cooling plate pressing. The hydraulic press is also called the new energy liquid cooling plate stamping forming machine. The machine has high stamping accuracy, strong anti-eccentric load ability, and diverse pressing functions. It is suitable for the molding of automotive parts, aerospace parts, railway transportation parts and SMC material products.We have developed our patented hydroforming press especially for the economic production of metallic bipolar plates for fuel cells and electrolyzers and have made it ready for series production
With our sandwich tool, several plates can effortlessly be produced simultaneously per stroke, e.g. the cathode and anode side.
As a pioneer in hydroforming press for new energy liquid cooling plate, we deliberately rely on the process for which we are known worldwide as experts for the production of bipolar plates
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