New Energy Industry

Shanghai Youwei successfully implemented a vacuum conveying system for transporting cobalt tetroxide powder, a critical raw material in lithium battery production. This case study highlights the benefits of automated and[…]

Graphene powder production involves processes like feeding, screening, conveying, and filling. Traditional manual operations in these complex stages can lead to:[…]

Challenge: Traditional methods for packaging lithium battery cathode ternary materials often suffer from drawbacks like: Significant dust generation: This creates safety and environmental concerns. Low efficiency: Manual packaging processes are slow and labor-intensive. High[…]

Lithium battery production relies heavily on additives, which are typically supplied in large, powder-filled ton bags. Traditional methods for unloading, weighing, and feeding these additives – manual unpacking, weighing, and[…]

This case study explores a customized negative pressure vacuum conveying and loading system designed by Shanghai Youwei for efficient lithium iron phosphate powder (LFP) transportation in a lithium battery cathode[…]

Shanghai Youwei successfully implemented an automatic weighing and dosing system for carbon nanotube conductive paste, a novel lithium battery conductive agent. This system automates the production process by precisely weighing[…]

Challenge: The traditional manual transfer of lithium battery cathode materials, like ternary materials, lithium iron phosphate, lithium carbonate, lithium hydroxide, and iron phosphate, is inefficient, labor-intensive, and prone to human[…]