Strontium Fluoride Evaporation Materials Description
These materials exhibit high optical transparency over a broad spectral range, including the ultraviolet and visible regions, which supports their use in optical coatings, lenses and windows. They maintain thermal stability up to a melting point of 1 473 °C and show chemical inertness. Uniform, smooth thin films are produced, permitting precise control of film thickness and composition. Consequently, SrF2 evaporation materials are utilised in the manufacture of semiconductor devices, optical components and specialised coatings, thereby contributing to technological development across various sectors.
Strontium Fluoride Evaporation Materials Specifications
Property |
Description |
Material Type |
Strontium Fluoride |
Chemical Symbol |
SrF2 |
Appearance/Colour |
Solid, white |
Melting Point |
1 473 °C (2 683 °F; 1 746 K) |
Density |
4.24 g/cm³ |
Purity |
99.9% |
Available Forms |
Powder, Granulate, customised forms |
Strontium Fluoride Evaporation Materials Applications
Strontium Fluoride evaporation materials are used in several deposition processes, including:
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Semiconductor Deposition: The materials are employed in the production of semiconductor components and facilitate deposition processes with controlled film thickness and composition.
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Chemical Vapour Deposition (CVD): SrF2 is applied in CVD methods to deposit thin films with specified properties in electronics and optics.
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Physical Vapour Deposition (PVD): PVD processes utilise SrF2 to produce coatings with measured wear resistance and defined optical characteristics.
Strontium Fluoride Evaporation Materials Packaging
Strontium Fluoride evaporation materials are packaged with external marking and labelling to enable efficient identification and maintain quality control. Measures are implemented to minimise potential damage during storage and transit.