Mid-Autumn Festival & National Day
We will take long holiday from Oct, 1st 2020 to Oct, 8th 2020.
Waermtimo thermal silicone insulation material (promotion in 2020)
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Leading electronic products into a new direction Ultra-thin high thermal conductivity pad
At the beginning of this year, one type of thermal pad with the thickness of only 0.2mm came out amazingly! This type thermal pad is developed and produced by Waermtimo, which has raised the technical level of domestic thermal pad ! Waermtimo has its own R&D team, with advanced technology and production capabilities in the development and production of thermal materials. It has launched the WT series of thermal products, which are widely used in automotive electronics, computers, aviation, communications and other fields. It is worth mentioning that the carbon fiber thermal pad launched by waermtimo have received wide attention from the industry once they came out, leading the new direction of domestic thermal pad . When selecting thermal pads in some industries, they will consider several important indicators according to their industry’s requirements for thermal pad: thermal conductivity, ease of use, hardness, thickness, etc. Now t...
What are the factors that affect the thermal conductivity of thermal conductive silicone pad?
What are the factors that affect the thermal conductivity of thermal conductive silicone pad? For most electronic product R & D engineers, understanding the characteristics of various thermally conductive materials is their indispensable homework. Only with sufficient knowledge of the materials What kind of thermal pad is good? Considering which aspects of a thermally conductive silicone sheet? Thermal Conductivity This is a factor that everyone is most concerned about. Thermal conductivity refers to a 1m thick material with a temperature difference of 1 degree (K, ℃) on the surface of both sides under stable heat transfer conditions. In 1 hour, the heat transferred through an area of 1 square meter is expressed in watts / meter · degree (W / (m · K), where K can be replaced by ℃). The higher the thermal conductivity of the thermal Density The porosity of various thermal insulation materials is usually very high. Relativel...
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