The conductive properties and electromagnetic compatibility of fluorosilicone (fluorosilicone rubber) are important characteristics in specific application fields. The following is a detailed analysis of these two aspects:


1. Conductive properties of fluorosilicone
Basic properties:
Fluorosilicone itself is an insulating material, but it can be prepared into a conductive composite material by adding conductive fillers (such as metal powder, carbon fiber, metal oxide, etc.), thereby giving it conductive properties.
Conductive mechanism:
The conductive filler is evenly distributed in the fluorosilicone matrix to form a conductive network, so that the current can flow through these networks inside the material.
Influencing factors:
The conductive properties are affected by many factors such as the type, content, dispersibility of the conductive agent and the properties of the fluorosilicone base material.
Different types of conductive fillers have different effects on the conductive properties of fluorosilicone, and the content and dispersibility of the filler will also affect the stability and uniformity of the conductive properties.
Application:
Conductive fluorosilicone is widely used in the electronics industry, aerospace and other fields, such as for the manufacture of electromagnetic shielding pads, conductive sealing rings, anti-static soles and other products.

2. Electromagnetic compatibility of fluorosilicone
Definition:
Electromagnetic compatibility (EMC) refers to the ability of a device or system to work normally in its electromagnetic environment and not cause unbearable electromagnetic disturbance to anything in the environment.
The role of fluorosilicone in electromagnetic compatibility:
As a kind of electromagnetic shielding material, fluorosilicone can effectively reduce the interference and leakage of electromagnetic waves.
Conductive fluorosilicone has good conductivity and shielding effectiveness, and can absorb, reflect or guide electromagnetic waves, thereby protecting surrounding electronic equipment and systems from electromagnetic interference.
Application examples:
In electronic equipment, fluorosilicone can be used to manufacture electromagnetic shielding covers, shielding pads and other components to improve the electromagnetic compatibility of equipment.
In the field of aerospace, fluorosilicone conductive materials can be used in the electromagnetic compatibility design and manufacturing of aircraft, satellites and other aircraft to ensure that the aircraft can work normally in a complex electromagnetic environment.

3. Summary
The conductive performance and electromagnetic compatibility of fluorosilicone are one of its important characteristics, and it has broad application prospects in specific application fields. The preparation of conductive fluorosilicone by adding conductive fillers can meet the needs of conductive performance and electromagnetic compatibility in different fields. At the same time, the conductive performance and electromagnetic compatibility of fluorosilicone are also affected by many factors, which need to be strictly controlled and optimized during the preparation and application process.