Wire mesh is often used in battery and cell applications for various purposes such as current collection, electrode support, and as a separator. The specific type of wire mesh used depends on the specific requirements of the battery or cell. Here are some common types of wire mesh used in battery and cell applications:
Expanded Metal Mesh: Expanded metal mesh is used as a support structure for the active material in certain types of batteries. It provides mechanical support while allowing for the flow of electrolytes. Expanded metal mesh made of materials such as nickel or stainless steel is commonly used for this purpose.
Woven Wire Mesh: In some high-performance batteries, wire mesh can be used as a current collector on both the positive and negative electrodes. This allows for improved electrical conductivity and enhances the overall performance of the battery. Materials like copper or nickel are typically used for the current collector mesh.
It’s important to note that the specific type and specifications of wire mesh used in batteries and cells can vary depending on the particular battery chemistry, size, and application requirements. Battery manufacturers often optimize the design and materials used in wire mesh to achieve the desired performance characteristics for their specific battery or cell design.
