How to Use Methyl MQ Resin in Thermally Conductive Potting Compounds
How to Use Methyl MQ Resin in Thermally Conductive Potting Compounds

How to Use Methyl MQ Resin in Thermally Conductive Potting Compounds
Methyl MQ resin is primarily used as a reinforcing and modifying agent in thermally conductive potting compounds, significantly improving the mechanical strength, transparency, and high-temperature resistance of the compound. The following are specific application methods:
1. As a Reinforcing Material
Function: Added to highly transparent silicone gel or liquid silicone rubber, the reinforced compound is colorless, transparent, and has high mechanical strength.
Application Scenarios: Suitable for shell-less potting compounds of semiconductor components, providing excellent insulation and moisture resistance.
2. As an Adhesion Promoter
Function: Used as an adhesion promoter when bonding inorganic and organic materials, improving interfacial bonding strength.
Application Scenarios: Used in the surface treatment of silicone pressure-sensitive adhesives and mobile phone buttons.
3. As a Modifying Agent
Boron Modification Application: By chemically modifying MQ silicone resin containing silanol groups with boric acid or borate esters, a high-temperature, high-thermal conductivity boron-modified organosilicon epoxy potting compound can be prepared.
Performance Improvement: The modified potting compound has a water absorption rate of less than 0.1%, significantly improving moisture resistance and making it suitable for high-temperature environments such as ceramic-based printed circuit boards.