Holmium fluoride granules for thin film deposition are rare earth fluoride products developed for the preparation of high-end functional materials and thin film applications. The product is made of high-purity raw materials, with dense particle structure and uniform morphology. It has excellent thermal stability, electrical insulation and optical transparency. Therefore, these Holmium fluoride granules for optical materials are widely used in advanced fields such as laser crystal doping, magneto-optical thin films, and infrared optical components.
We provide Holmium fluoride granules for scientific research with a variety of particle size distributions to meet customers’ needs in different deposition processes. Personalized packaging and small batch trial services are supported to ensure flexibility. In addition, we offer comprehensive after-sales service to help customers optimize their application and achieve reliable results.
Uniform particle size for efficient loading and melting
High melting point (about 1,150 °C) and excellent thermal stability
Low volatility, low gas release rate, suitable for high vacuum conditions
Good optical properties, suitable for infrared and visible light regions
Customized packaging
Laser material manufacturing: used for laser doping sources such as yttrium aluminum garnet (YAG), fluoride crystals, etc.
Magneto-optical data storage film: used to deposit rare earth alloy film layers with high magneto-optical rotation performance.
Infrared windows and optical coatings: provide high transmittance and chemical stability in the infrared spectral region.
Electronic functional ceramics: as a rare earth doping source to improve the dielectric properties and thermal stability of ceramics.
We provide Certificate of Analysis (COA), Material Safety Data Sheet (MSDS) and other relevant reports for each batch of Holmium Fluoride granules. In addition, we also support third-party testing for enhanced quality assurance.
Molecular formula: HoF₃
Appearance: White to light gray granular solid, dense texture, uniform particles
Density: about 7.9 g/cm³
Melting point: about 1,150 °C
Crystal structure: orthorhombic system
Chemical stability: Stable in dry air, avoid high humidity environment to prevent slow hydrolysis
Corrosion resistance: Good resistance to most inorganic acids and weak bases, suitable for corrosion-sensitive environments
Signal Word:
Danger
Hazard Statements:
H315 Causes skin irritation
H319 Causes serious eye irritation
H335: May cause respiratory irritation
H302+H312: Harmful if swallowed or in contact with skin
H331: Toxic if inhaled
Inner packaging: Vacuum-sealed bag to protect against contamination and moisture.
Outer packaging: Carton or wooden box, depending on size and weight.
Fragile targets: Special protective packaging is used to ensure safe transport.
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