Evaporation Coating Material

Evaporation coating material is crucial in thermal evaporation, a method used to create thin films. In this process, the material, such as metals like aluminum or silver, is heated in a vacuum until it vaporizes. This vapor then settles on a substrate, forming a thin coating. The choice of thermal evaporation materials depends on the desired characteristics of the film, like conductivity or reflectivity, and its ability to vaporize effectively in a vacuum. This technique is widely used in the electronics and optics industries to produce components with high-purity coatings, essential for circuits, semiconductor devices, and optical coatings like mirrors and anti-reflective surfaces.

Evaporation Material Coating Types

Nickel Granules (Ni)

Chromium Granules (Cr)

Cobalt Granules (Co)

Vanadium Granules (V)

Crystal Hafnium Granules (Hf)

Crystal Zirconium Granules (Zr)

Tantalum Granules (Ta)

Niobium Granules (Nb)

Yttrium Granules (Y)

Ytterbium Granules (Yb)

Samarium Granules (Sm)

Gadolinium Granules (Gd)

Terbium Granules (Tb)

Dysprosium Granules (Dy)

Erbium Granules (Er)

Tellurium Granules (Te)

Yttrium Oxide Granules (Y2O3)

Scandium Oxide Granules (Sc2O3)

Dysprosium Oxide Granules (Dy2O3)

Gadolinium Oxide Granules (Gd2O3)

Ytterbium Oxide Granules (Yb2O3)

Black Hafnium Oxide Granules (HfO2)

White Hafnium Oxide Granules (HfO2)

Nickel Oxide Granules (NiO)

Tantalum Oxide Granules (Ta2O5)

Niobium Oxide Granules (Nb2O5)

Zirconium Oxide Granules (ZrO2)

Magnesium Fluoride Granules (MgF2)

Gadolinium Fluoride Granules (GdF3)

Yttrium Fluoride Granules (YF3)

Ytterbium Fluoride Granules (YbF3)