Description:
Lutetium (Lu) evaporation materials are used in thin-film deposition processes. They meet high purity standards and are produced with controlled evaporation rates. These rates ensure a precise layer formation on substrates, thereby producing uniform and defect‐free films. Lutetium evaporation materials exhibit thermal stability during deposition and withstand high temperatures without decomposition. They demonstrate adhesion on various substrates, which preserves the durability and integrity of the deposited layers. Lutetium evaporation materials are utilised in semiconductor devices, optical coatings and research applications, thereby contributing to advancements in thin-film technology.

Specification:
Material
|
Lutetium
|
Appearance
|
Black, non-metallic
|
Melting Point (°C)
|
1663
|
Thermal Conductivity
|
16,4 W/m.K
|
Coefficient of Thermal Expansion
|
10 x 10-6/K
|
Theoretical Density (g/cc)
|
9.84
|
Applications:
1. Semiconductor devices: Used as a dopant or substrate material in optoelectronic devices and semiconductor lasers.
2. Optical coatings: Employed to fabricate optical layers such as lenses, mirrors and optical filters, thereby regulating the transmission, reflection and absorption of light.
3. Nuclear technology: Applied in nuclear detectors, medical radiotracing and nuclear medicine imaging, for instance in positron emission tomography (PET).
4. Materials research: Employed as experimental materials and reference standards to examine the structure, properties and applications of rare earth materials, thereby supporting material science research.
Packaging:
The evaporation materials are handled with care to avoid damage during storage and transport. Procedures are implemented to maintain the quality of the products in their original state.