An LMFP composite positive electrode particle with a high performance conductive carbon structure, which is used in a positive electrode of a solid-state or semi-solid battery. The composite positive electrode particle includes an LMFP particle and a condu...

A method for manufacturing composite ceramic electrolyte particles with hydrophobic protective layers for a battery electrode includes the steps of: placing a plurality of first LLZO particles, a methanol and a plurality of hydrophobic particles into a wet...

A composite ceramic electrolyte particle with a hydrophobic protective layer for a battery electrode, wherein the composite ceramic electrolyte particle is a composite LLZO particle. The composite LLZO particle includes a first LLZO particle. A first hydro...

includes the steps of: placing a plurality of first LLZO particles and a methanol into a wet mixer for mixing to form a first mixed slurry; then placing a tris (tris(hydroxymethyl)aminomethane) material and a tris(hydroxymethyl)aminomethane hydrochloride i...

A method for manufacturing composite cathode particles based on a dual-coated ternary oxide for an electrochemical battery includes the steps of: placing a plurality of large NCM (lithium nickel manganese cobalt oxide) particles and a glass phase material ...

A method for manufacturing composite cathode particles based on a dual-coated ternary oxide for an electrochemical battery by a high speed rotation includes the steps of: placing a plurality of large NCM (lithium nickel manganese cobalt oxide) particles an...

A method for manufacturing a LCO@oxide@CNT multicomposite cathode material comprises the following step of: mixing a LLZO material and a plurality of large LCO (LiCoO) particles to form a plurality of composite LCO particles, wherein the LLZO material is f...