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Lanthan is a chemical element with the symbol La and atomic number 57. It is a soft, ductile, silver‐white metal that oxidises gradually when exposed to air.
Lanthan (La) evaporation materials, Lanthan-Aluminate (LaAlO3) evaporation materials, Lanthan-Calcium-Manganate evaporation materials, Lanthan-Manganate (LaMnO3) evaporation materials, etc.
Purity: ≥99.9%
Explore a range of carefully developed materials. They are intended to improve coatings, thin films, and surface treatments in various sectors.
Lanthan Pellets: Lanthan pellets serve as the basic source for thin film deposition. They permit controlled evaporation and yield uniform coatings and films in diverse applications.
Lanthan Chips: Lanthan chips are designed for controlled vapor release in both research and industry. They produce reproducible results with precision fabrication.
Lanthan Granulate: Lanthan granulate is suited for fabricating coatings and films with consistent deposition rates. It is an essential material for processes that require accurate control.
Quality and Precision: The materials are subject to rigorous quality control. This approach ensures deposition properties that meet defined parameters.
Technical Expertise: A team of experts in thin film deposition and materials science offers technical support in material selection and application.
Versatility and Performance: The materials are suitable for a range of applications, including optics and electronics. They enable the achievement of defined thin film properties.
Customised Solutions: Collaborate with us to develop tailored lanthan evaporation materials. These solutions are designed to meet specific deposition requirements.
Global Distribution: Our lanthan evaporation materials are distributed worldwide. Our network ensures timely delivery and reliable customer service.
Optics: Use lanthan evaporation materials for depositing thin films in optical coatings, lenses, mirrors, and filters. This process achieves defined optical properties.
Electronics: In electronics, the materials are used for thin film deposition in semiconductors, integrated circuits, and displays, thereby achieving enhanced performance.
Research and Development: Researchers utilise these materials to fabricate thin film samples for advanced studies and experiments.
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