MnF2 Evaporation Materials Description
This document details the measured properties of manganese fluoride (MnF2) evaporation materials and outlines their applications in various sectors. The content provides clear information on the characteristics, applications and advantages associated with the integration of manganese fluoride in thin-film deposition processes.
MnF2 Evaporation Materials Specification
Specification |
Details |
Material Type |
Manganese(II) fluoride |
Symbol |
MnF2 |
Appearance/Colour |
Pale pink crystalline |
Melting Point |
856 °C (1 573 °F; 1 129 K) |
Density |
3.98 g/cm3 |
Purity |
99.9% |
Form |
Powder/Granulate/Custom-made |
MnF2 Evaporation Materials Key Features
-
Chemical Composition: Manganese fluoride (MnF2) consists of manganese (Mn) and fluorine (F) and forms a pale pink crystalline solid.
-
Moderate Melting Point: MnF2 has a melting point of 856 °C, thereby withstanding the high temperatures required during thermal evaporation.
-
Density: With a density of 3.98 g/cm3, manganese fluoride maintains its mass during thin-film deposition processes.
MnF2 Evaporation Materials Applications
1. Optical Coatings: MnF2 thin films are used in optical coatings for lenses, mirrors and various optical components. Its refractive properties control light transmission and reflection.
2. Photovoltaics: Manganese fluoride is used in photovoltaic devices to increase light absorption and maximise energy conversion efficiency.
3. Catalysts: In catalysis, manganese fluoride may be employed as a catalyst support or as an active catalyst in specific reactions, thereby facilitating defined chemical conversions.
4. Semiconductor Fabrication: MnF2 is utilised in semiconductor manufacturing where it contributes to the production of devices with specified electronic properties.
Advantages of MnF2 Evaporation Materials
-
Optical Performance: The refractive index of manganese fluoride has been measured and supports accurate control of light parameters in optical devices.
-
Energy Efficiency: In photovoltaic applications, manganese fluoride aids in maximising energy conversion efficiency, as confirmed by quantitative assessments.
-
Catalytic Potential: Its use as a catalyst or catalyst support enables effective and selective chemical conversions in various processes.
-
Tailored Electronics: In the semiconductor industry, MnF2 assists in fabricating devices with defined electronic characteristics.
Examine the potential of manganese fluoride (MnF2) evaporation materials and utilise its defined properties for applications across several sectors.
MnF2 Evaporation Materials Packaging
Our MnF2 evaporation materials are clearly labelled for identification and quality control. Measures have been implemented to ensure that no damage occurs during storage or transit.