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Thermal Interface Materials (TIM), one of the common heat dissipation methods, are commonly used in IC packaging and electronic heat dissipation. Heat dissipation is an enduring topic. The normal operation of mobile phones, tablets and computers we are familiar with is inseparable from the heat conduction effect of various heat-conducting materials. The requirements are constantly improving, and heat conduction products are also being upgraded rapidly.

What is the cause of caking of silicone encapsulant during application? What is the difference between the agglomeration of the two-component silicone potting compound and the precipitation? Today, I will explain to you the following

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The same principle of putting creamy heat dissipation paste into the middle of two pieces of aluminium rubbing can also be made of aluminium heat-conducting silicone.

Many people are unaware of the actual function of thermal paste: the contact surface between heat-generating components such as CPUs and chips and the heatsink is not perfectly flat; tiny gaps, barely perceptible to the naked eye, are filled with air, which has extremely poor thermal conductivity. Applying thermal paste between them perfectly fills these gaps, expelling air and creating an efficient heat conduction channel, allowing heat to be quickly conducted from the heat-generating component to the heatsink, fully utilizing the heat dissipation capacity of the heatsink.

This article delves into the remarkable advantages of Tensan's Silicone Elastomer TS9922. Firstly, it has outstanding physical properties like high flexibility, enabling it to endure mechanical stress in vibrating applications such as vehicle - mounted LED lighting. It also balances hardness and strength well for durable packaging. Secondly, its thermal performance shines with wide - range temperature adaptability and efficient heat conduction, ensuring LED chip longevity. Thirdly, excellent electrical performance, including high insulation and low dielectric constant, guarantees safety and stable signal transmission. Additionally, it offers good chemical stability and convenient processing. With wide application adaptability across multiple fields, this article serves as a valuable reference for industries considering its use.