The solid-state electrolyte membrane is the core functional layer of a solid-state battery. It replaces the traditional liquid electrolyte and performs the dual functions of conducting lithium ions and isolating electrons.

Electrode Tab Insulation Tape is a special insulating and protective tape specifically designed for lithium battery manufacturing. It is primarily attached to the metal tabs of the battery, and its core functions are to prevent metal burrs from puncturing the separator and causing a short circuit, to protect the solder joints from electrolyte corrosion, and to provide fixation and insulation.

In lithium-ion batteries, the aluminum strip primarily serves as the positive electrode current collector, collecting the current generated by the active material and outputting it externally. Furthermore, it plays a crucial role in the electrode framework, thermal conductivity, and structural support.

The lug is a metal conductor drawn out from the interior of the battery cell, serving as the contact point for the battery to connect with the external circuit during charging and discharging. It is usually composed of a metal strip (the conductive part) and a high-molecular insulating film covering it (the sealing part).

The lug is a metal conductor drawn out from the interior of the battery cell, serving as the contact point for the battery to connect with the external circuit during charging and discharging. It is usually composed of a metal strip (the conductive part) and a high-molecular insulating film covering it (the sealing part).

The lug is a metal conductor drawn out from the interior of the battery cell, serving as the contact point for the battery to connect with the external circuit during charging and discharging. It is usually composed of a metal strip (the conductive part) and a high-molecular insulating film covering it (the sealing part).

High-temperature adhesive tape is a type of adhesive tape specifically designed for high-temperature environments. It boasts excellent heat resistance and stable physical and chemical properties, and plays a crucial role in various industrial fields.

The soft-pack battery aluminum-plastic film casing is a core encapsulation material produced through a multi-layer composite process. This casing is formed by punching holes and using vacuum heat sealing technology, providing a lightweight, highly barrier, and reliable sealing packaging solution for lithium-ion cells. It also has excellent resistance to electrolyte corrosion, water-oxygen barrier, and insulation properties.

The Battery Cap is a crucial component in the structure of a battery, usually located at the top of the battery. Its main functions include sealing the battery, providing safety protection, and achieving electrical connections. Depending on the type of battery and the application scenario, the design, materials, and functions of the cap may vary.

It mainly consists of three parts: high-purity organic solvents, electrolyte lithium salts (solute), and necessary functional additives. It can be formulated according to the specific ratios of anode and cathode raw materials.

The high-quality PVC heat shrink casing provides reliable external protection and insulation packaging for the battery. It has the functions of flame retardancy, wear resistance and protecting the appearance of the shell.

The laminated battery cell is a lithium-ion battery cell manufactured through the lamination process. Its internal structure is composed of positive electrode sheets, negative electrode sheets and separators stacked alternately, forming a multi-layer structure similar to a "sandwich".