Conductive polyolefin foam

Condental polyolefin foam is a special material with conductive function, which is commonly used in anti -static and thermal conductivity applications in the fields of electronics, electrical equipment.

1. The principle of conductive polylefin foam: conductive polyherine foam is usually mixed with polyolefin particles and conductive additives. The conductive additive can be metal powder (such as silver powder, copper powder), carbon black, etc., and the conductive network is formed by mixing with polyolefin particles to achieve conductive functions.

2. The characteristics of conductive polylefin foam: The conductive polyheric foam has the characteristics of good conductive performance, anti -static, heat conduction and other characteristics. Its conductive performance mainly depends on the type, content and decentralization of conductive additives. It can usually achieve different conductive performance by adjusting the proportion of additives.

3. Application of conductive polyolefin foam: Conductive polyheric foam is widely used in electronics, electrical equipment and other fields. In electronic products, it can be used for electrostatic protection, thermal conduction, shielding and other aspects of electronic components. In electrical equipment, it can be used for battery partitions, radiator, conductive pads and other components to improve the reliability and performance of the equipment.

4. Preparation of conductive polylefin foam: The preparation of conductive polyetryfin foam is usually used in foam or extruded. The foaming method is mixed with the polyal particles with conductive additives, which expands it at high temperature to form a foam structure, and solidified during the cooling process. The extrusion rule is to squeeze the polyolefin particles and conductive additives by extruding the foaming structure by cooled by the mold.

Summary: conductive polyolefin foam is a special material with conductive function, which is commonly used in anti -static and thermal application in electronics, electrical equipment and other fields. The preparation methods are mainly foaming and extruded. In use, the types and contents of the conductive additive can be adjusted according to specific needs to achieve different conductive performance.