Diphenylsilanediol also has important applications in the field of thermal conductivity materials. Thermally conductive materials are a class of materials with excellent thermal conductivity properties used to efficiently conduct heat and transfer it from one area to another. The following are the applications of diphenylsilanediol in the field of thermal conductivity materials:

High thermal conductivity: Diphenylsilanediol has high thermal conductivity due to its structure of silicon-oxygen bond and phenyl group. In heat conduction materials, diphenylsilanediol can be used as an additive to effectively improve the heat conduction performance of the material. This is very important for heat dissipation and thermal management of high heat generating equipment such as electronic devices, heat sinks, LED lights, etc.

Sealability: In thermally conductive materials, diphenylsilanediol can be used as a sealant to provide good sealing performance. It is able to maintain its adhesion and adhesion in high temperature environments, forming a strong seal layer to prevent the loss and leakage of thermal energy between the thermally conductive material and the surrounding environment.

Electrical insulation: Diphenylsilanediol has good electrical insulation properties, and can improve the electrical insulation properties of materials in heat-conducting materials to prevent electrical failures and leakage.

Oxidation resistance: Due to the good oxidation resistance of the phenyl groups and silicon-oxygen bonds of diphenylsilanediol, it can effectively inhibit the oxidation reaction of heat-conducting materials and delay the aging and degradation process of materials.

Reduce thermal stress: Adding diphenylsilanediol to thermally conductive materials can slow down heat conduction and reduce thermal stress, thereby improving the thermal stability and thermal stress resistance of the material.

In summary, the application of diphenylsilanediol in the field of thermal conductivity materials is mainly reflected in its high thermal conductivity, good sealing performance, electrical insulation, oxidation resistance and thermal stress resistance. These characteristics make diphenylsilanediol an important thermal conductivity material additive, which can improve the thermal conductivity and stability of the material, and is used in electronic devices, heat sinks, LED lights and other fields that require efficient heat dissipation and thermal management.