"To the new energy battery, the world", Haobao new generation of lithium battery vacuum drying line, more efficient, more intelligent, more energy saving!

Release time : 2022-05-21 Reading volume:103 Printing Collection

Under the background of global carbon peak, carbon neutrality and coping with potential energy crisis, the new energy automobile industry has witnessed explosive growth and its penetration rate has continued to rise. Battery as the "heart" of new energy vehicles, accounting for up to 30% to 40% of the cost of electric vehicles, its technological development, performance improvement is to determine the core power of new energy vehicles to achieve long-term development, "new energy batteries, the world."

At present, the market demand for high-end lithium battery products is increasing, backward lithium battery production equipment and technology can not meet the needs of our customers, and it is urgent to produce higher efficiency, higher quality, lower energy consumption, and more intelligent new equipment. In response to market demand, Haobao organized an elite research and development team, relying on 12 years of core technology of heating equipment, launched a new generation of lithium battery automatic vacuum drying line, which integrates the advantages of automatic connection production of tunnel furnace and single oven with low cost, fast capacity construction, flexibility and convenience, creating a precedent for intelligent and efficient production of air heating oven.

Haobao technology lithium battery automatic drying line



Haobao lithium battery automatic drying line introduction



Comparison table between Haobao vacuum drying line and traditional drying line



Haobao vacuum drying line production capacity can be flexibly adjusted, efficient production



Haobao vacuum oven drying line has high transportation efficiency and large space utilization



Haobao vacuum oven line baking efficiency/high temperature uniformity



Haobao automation production control system, can be connected to MES system