material characteristics: Graphene oxide is an oxide of graphene whose unique structure gives it outstanding physical and chemical properties. Small-size high-purity graphene oxide has a higher specific surface area and more abundant active sites, which enable it to play an important role in batteries. the application in batteries: High energy dens1
The application of ultra-pure single-layer graphene oxide in batteries is mainly reflected in the following aspects: Efficient charge and discharge: Because graphene oxide has a high specific surface area and rich functional groups on the surface, it can provide a larger electrode surface area when used as an electrode material, so that lith1
Product Benefits: Zero TD shrinkage reduces internal shorting Uniform pore structure with high chemical & thermal stability High porosity for excellent high-rate performance PP outer layer provides high temperature melt integrity, oxidation resistance PE inner layer provides high-speed shutdown features Offers exceptional safety and longevity f1
Product Benefits: Zero TD shrinkage reduces internal shorting Uniform pore structure with high chemical & thermal stability High porosity for excellent high-rate performance PP outer layer provides high temperature melt integrity, oxidation resistance PE inner layer provides high-speed shutdown features Offers exceptional safety and longevity f1
Product Benefits: Zero TD shrinkage reduces internal shorting Uniform pore structure with high chemical & thermal stability High porosity for excellent high-rate performance PP outer layer provides high temperature melt integrity, oxidation resistance PE inner layer provides high-speed shutdown features Offers exceptional safety and longevity f1
Product Benefits: Zero TD shrinkage reduces internal shorting Uniform pore structure with high chemical & thermal stability High porosity for excellent high-rate performance PP outer layer provides high temperature melt integrity, oxidation resistance PE inner layer provides high-speed shutdown features Offers exceptional safety and longevity f1
The coating forms a dense barrier through high-temperature sintering, enabling the separator to withstand temperatures above 1800℃. This effectively blocks heat conduction during thermal runaway.
AOT-MSK330A is mainly used for welding the cylinder core's negative terminal (Nickel tab) to the bottom of the cylinder case. It can also be applied to welding processes for nickel hydrogen, nickel chromium, and various lithium-ion batteries.
AOT-MSK-BSL-H200 is a roll-to-roll hot laminator for forming trilayer composite. The protection layers can be used to protect the lamination layers during rolling press and then being removed after press.