Because of its excellent working performance and the characteristics of a wide range of complex fluid media, diaphragm pumps have become an ideal tool for conveying in the high-end production line of refinement and automation in the new energy industry. In recent years, the company has focused on tapping the segmentation potential of the diaphragm pump market, based on the classic Q DBY3 series diaphragm pump products, and successfully developed a special pump for new energy lithium battery customized for the new energy lithium battery industry. So, in which processes can the special pump of Gude brand new energy lithium battery be used? Let's reveal them one by one for you.
First of all, focus on the manufacturing and process of lithium batteries
In the raw material blending stage of lithium batteries, diaphragm pumps are widely used to transport electrolytes, positive and negative electrode slurries, solvents and other liquids with high safety and corrosion resistance requirements due to their excellent sealing, corrosion resistance and ability to convey high viscosity and even abrasive materials. In the face of the lithium battery disposal stage, the diaphragm pump also performs well, which can safely and efficiently dispose of the dismantling solution of used batteries and other liquids containing harmful substances.
Secondly, observe the fine processing of energy storage battery materials:
As shown in the Beihai Energy Storage Battery Materials Nickel and Cobalt Raw Materials Project, the diaphragm pump, as the core equipment, plays a key role in the inlet of the high-pressure reactor and is used to transport important slurries or solutions rich in nickel, cobalt and other metals, which have a decisive impact on the performance and quality of new energy batteries.
Then came the application of the solar photovoltaic industry:
In the wafer production and cell cleaning process, the diaphragm pump plays a non-negligible function, which can accurately deliver all kinds of acid and alkali cleaning solutions to ensure that the surface of the silicon wafer is clean and free of any impurities.
Furthermore, stepping into the hydrogen energy industry:
In the manufacture of hydrogen fuel cells, diaphragm pumps are used to transport hydrogen as well as other essential auxiliary fluids, such as potassium hydroxide solutions for proton exchange membrane fuel cells.
Finally, examine all aspects of the new energy vehicle industry chain:
Whether it is from the assembly of the power battery unit to the filling process of the battery module, the diaphragm pump plays a key role in ensuring the accuracy and stability of fluid transfer.
To sum up, with its wide application and continuous technological innovation in various segments of new energy, Gude brand new energy lithium battery special pump will play a pivotal role in more industrial scenarios in the future.