Battery Shell Cleaning Equipment Depth Analysis: Performance and Advantages

Battery shell cleaning equipment plays a crucial role in the new energy vehicle industry. Its performance and advantages are directly related to the cleanliness of the battery shell, production efficiency and product quality. This paper will deeply analyze the performance characteristics and advantages of battery shell cleaning equipment.

The equipment usually uses ultrasonic cleaning technology, which is the center of its performance. Ultrasonic cleaning produces cavitation effect and mechanical effect in the liquid through high-frequency sound waves, forming a strong impact force and stripping force, separating impurities such as dirt, oil and carbon black on the surface of the battery shell. This non-contact cleaning method not only ensures the cleaning effect, but also avoids the physical wear of the battery shell surface, ensuring the integrity and service life of the battery shell.

In terms of performance, the battery shell cleaning equipment has multiple advantages such as high-speed, green, and intelligent, which is reflected in the ultrasonic cleaning that can penetrate into the tiny gaps and holes of the battery shell to achieve cleaning, improving the cleaning speed and production efficiency. Green is due to the use of ultrasonic cleaning agents are generally hydrocarbon solvents, with low toxicity, low corrosion, easy recovery and other characteristics, in line with green requirements, reduce the consumption of water resources and sewage discharge.

Intelligence is another highlight of this device. Modern battery shell cleaning equipment is usually automatically adjusted by PLC programmable device, which can set appropriate cleaning parameters and processes according to different battery shell materials and specifications, so as to achieve accurate and stable cleaning. This intelligent operation mode not only simplifies the operation process, reduces the labor cost, but also improves the cleaning quality and product consistency.

In addition to ultrasonic cleaning technology, the equipment also combines hot air drying, pure water rinsing and other processes to further enhance the cleaning effect. Hot air drying can remove the water on the surface of the battery shell to prevent rust and oxidation; Rinsing with pure water can remove the residual cleaning agent and ensure the cleanliness of the battery shell surface.

In summary, battery shell cleaning equipment, with its performance and advantages, plays an irreplaceable role in the new energy vehicle industry. It not only improves the cleanliness and production efficiency of the battery shell, but also meets the green requirements and reduces the production cost. With the continuous development of the new energy vehicle industry, this equipment will usher in broader market prospects and development opportunities.