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Thermal evaporation is a popular physical vapor deposition technique because of its simplicity. During this process, a material in a high-vacuum environment is heated to its evaporation point by joule heating of the resistive boat in which it is located. The vaporized molecules then travel from the source to the substrate where they nucleate together, forming a thin film coating. A wide variety of materials can be deposited using this technique such as aluminum, silver, nickel, chrome, magnesium, among many others.
FeaturesChamber 304L stainless steel chamber: φ400mm × H450mmThe room comes standard with up to ten ..
Features:The device is compatible with organic / inorganic evaporation, which can realize multi-laye..
FeaturesChamber 304L stainless steel chamber: φ400mm × H450mmThe room comes standard with up to ten ..
Features:The device is compatible with organic / inorganic evaporation, which can realize multi-laye..
Features:Box 304L stainless steel or glass chamber: Φ300mm × 415mm high (internal dimensions)The roo..
Features:Box 304L stainless steel or glass chamber: Φ300mm × 415mm high (internal dimensions)The roo..
Features:Box 304L stainless steel or glass chamber: Φ300mm × 415mm high (internal dimensions)The roo..
Features:Chamber 304L stainless steel or glass chamber: Φ300mm × 400mm high (internal dimensions)The..
Features:Chamber 304L stainless steel or glass chamber: Φ300mm × 415mm high (internal dimension..
Box 304L stainless steel or glass chamber: Φ300mm × 415mm high (internal dimensions)The room comes s..
Vacuum systemDescriptionUsing "molecular pump + mechanical pump" high vacuum system:Molecu..
Technical Parameters: 1 background vacuum: 10-7 Torr; 2 single substrate desig..
Technical ParameterVacuum coating roomDescriptionMaterial: Stainless steel 1.4301 (SUS type 304), th..
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