In today's constantly surging digital wave, Sankos Corporation announced the official launch of its carefully designed and restructured website www.dg3ks.com. This important milestone not only marks the comprehensive upgrade of Sancos Company in brand building and user experience, but also demonstrates the company's firm pace and forward-looking vision on the road of digital transformation.

Generally speaking, the thermal conductivity of thermal grease is better than that of thermal silicone. The thermal conductivity of thermal conductive silicone grease is usually above 0.8W/mK, while the thermal conductivity of thermal conductive silicone is generally around 0.5W/mK. In short, although thermal grease and thermal silicone are both thermal conductive materials, there are some differences in physical form, thermal conductivity, and scope of use. So, when choosing thermal conductive materials, it is necessary to choose according to the actual usage situation and requirements to achieve the best thermal conductivity effect.

What is the effect of double-sided adhesive on thermal conductive silicone film? Three Coase thermal conductive silicone film is an indispensable member of thermal conductive materials. At the same time, thermal conductive silicone film is also divided into two forms, one is the difference between adhesive backed and non adhesive backed

The thermal conductivity of thermal conductive silicone is 1-6W/mK, and its resistance to voltage breakdown is above 4000 volts. The product itself has a certain degree of flexibility and good adhesion between power devices and heat dissipation aluminum sheets or machine shells, achieving the best thermal conductivity and heat dissipation. It meets the current requirements of the electronic industry for thermal conductive materials

Thermal management is a very important consideration when building or maintaining your computer. Excessive heat can damage your sensitive components, and overclocking can be even more problematic. Understanding the correct application of thermal conductive silicone grease is one of the foundations for computer heat dissipation.

The heat generated by battery cells during operation is mainly composed of four parts: polarization heat, reaction heat, side reaction heat, and Joule heat. For lithium-ion batteries, the heat generated by side reactions is extremely small, so it can be ignored. The internal reaction heat of the battery only needs to consider the remaining three parts of heat:

Thermal conductive silicone sheets have a high selectivity in terms of thermal conductivity, ranging from 0.8 w/k · m to 3.0 w/k · m or higher, and have stable performance and reliable long-term use