VC soaking plate, also known as Vapor Chamber soaking plate, is a steam chamber soaking plate. VC soaking plate is a new and efficient thermal conductive material that utilizes the phase change of the working medium for rapid heat transfer. This rapid phase change heat transfer efficiency is extremely high, and currently using VC soaking plate to solve heat dissipation problems has become a trend. The ultra-thin VC heating plate can be conveniently applied to ultra-thin environments. It is bonded to the heating unit with thermal conductive silicone grease to evenly distribute heat and then conduct it to the back panel or other heat dissipation areas, thereby reducing the working temperature of the core area. The thickness of the VC heating plate varies depending on the application. The common thickness of the heating plate used for computer heat sinks is 3.5-4.2mm, while the thickness of the heating plate used for ultra-thin electronic devices such as mobile phones is only about 0.3mm. Product features: 1. It has excellent temperature uniformity performance; 2. It has excellent thermal conductivity characteristics, with a thermal conductivity coefficient of up to 5000-1000000 W/(m * K) along the conduction direction; 3. It can prepare ultra-thin VC soaking plates for application in ultra-thin environments, with a minimum thickness of 0.25mm; 4. Possess excellent electromagnetic shielding effectiveness; 5. Meet RoHS standards; Product application: Widely used in equipment, ESD, EMI, EMC shielding and other fields; Mobile phones, tablets, laptops, digital cameras; LCD, plasma TV, set-top box; Storage conditions: Best storage conditions: 23 ± 2 ℃, 65 ± 5% RH indoor environment, with a warranty period of 1 year after manufacturing. Specification table: Product name: Thermal conductivity W (m * K), thickness, working temperature, environmental tolerance, production difficulty. Metal sheet: Purple copper isotropic 401 can generally be thin to 0.03mm as temperature increases, and the thermal conductivity first increases and then decreases. Some metals are not resistant to oxidation and corrosion. Low brass 118 aluminum 218 iron 42-90 graphite based materials. Natural graphite X-Y300-700 X-Z15-20 can be thin to 0.03mm as temperature increases, and the thermal conductivity decreases. Resistance to oxidation and corrosion is low. Artificial graphite 700-160015-20 can be thin to 0.017mm. Medium graphene film 15-20 15-20035mm is extremely high in VC. The conduction direction of the heat pipe is 5000-100002-5mm0-100 copper, and the brass shell is not resistant to oxidation and corrosion, After surface treatment, it has a certain degree of oxidation resistance. High VC soaking plate (easily affected by steam chamber capacity, metal material, vacuum degree, manufacturing process) (Compared with heat pipes, soaking plate has a larger heat transfer area and better temperature uniformity performance.) 3.5-4.2mm (ultra-thin type can reach 0.3mm, but thermal conductivity will decrease)
