Antioxidant conductive foam is a new type of material, which has the characteristics of antioxidant and conductivity. It can be used in many fields, such as electronic equipment, energy storage and transmission.

The main components of antioxidant conductive foam are conductive nanomaterials and polymer base materials. Conductive nanomaterials can improve the conductive performance of the foam and make it have good conductivity; polymer base materials can improve the softness and compressiveness of the foam and make it have good use performance.

The preparation process of antioxidant conductive foam includes steps such as material ratio, mixing, molding and drying. First of all, a reasonable ratio is made according to the characteristics of the material and the requirements of the use; then, the conductive nanomal material and the high molecular base material are mixed to make it uniformly dispersed; then, the mixture is formed according to the shape of the need; finally, the molding will be formed. The later foam is dried to remove moisture and other impurities.

The application of antioxidant conductive foam is very wide. In the field of electronic equipment, it can be applied to battery diaphragm, conductive paste, etc.; In the field of energy storage and transmission, it can be applied to lithium ion batteries, super capacitors, etc. Because it has good antioxidant and conductivity, it can improve the performance and service life of the equipment.

To sum up, antioxidant conductive foam is a material with antioxidant and conductivity, which can be widely used in electronic equipment, energy storage and transmission. Its preparation process includes steps such as proportion, mixing, molding and drying. By using antioxidant conductive foam, the performance and service life of the equipment can be improved.