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The Principle and Operational Process of Lithium Battery Heat Shrinking The blue film heat shrink process utilizes the unique properties of heat shrin

1. Process introduction In the manufacturing process of cylindrical cells, the gluing process is an extremely critical part, and it carries multiple i

1. The "power watershed" in life: the difference in charging speed When you hold an electric screwdriver to screw a screw, have you ever enc

Routine maintenance is to check and eliminate potential safety hazards that affect the use of power batteries to avoid dangerous accidents. By formula

1. What is an energy storage PACK package? In simple terms, an energy storage PACK package is an independent, rechargeable and dischargeable energy st

As new energy vehicles are becoming more and more popular, power batteries are like the "heart" of vehicles. Their performance and safety ar

Traditional liquid lithium-ion batteries are facing performance bottlenecks in the material system: first, the energy density is difficult to break th

When we mention "battery", most people first think of "Battery" - this word is the general term for all batteries. In essence, a b

Graphene is a material extracted from graphite and is composed of pure carbon, which is one of the most important elements in nature. Graphene oxide p

In the field of lithium battery manufacturing, winding and lamination are the two mainstream electrode assembly processes. Both processes have their o

In the manufacture of power batteries, the level of burr control of the pole piece directly determines the safety performance of the battery. Industry

Dry electrode technology is an emerging manufacturing process for lithium battery electrodes, which has attracted extensive attention in recent years.