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Industrial Single Crystal Sapphire optical, electrical, chemical resistance, high thermal conductivity, scratch resistance and mechanical properties make it a superior choice over quartz, alumina, and other ceramic materials for the most
demanding applications. t has a melting point of over 2000°C, making it ideal for high-temperature applications. It is chemically inert and easily withstands harsh chemicals such as fluorine plasma and other industrial gasses and fluids, with no particle generation; and due to its purity and transparency, it can be used as a viewing chamber window in high pressure and vacuum applications. In addition, sapphire can transmit ultraviolet, visible and infrared light as well as microwaves, a range broader than most materials.
Sapphire crystals are available in a range of shapes: flat and curved sheets, tubes, pins, rods and complex bonded and components.
X-ray Analyzers are needed to perform X-ray Fluorescence Analysis and spectral analysis of X-rays emitted by a sample after irradiation. This requires high quality uniform Spherical or Strip Bent Spherical or Von Hamos Analyzers to focus the rays.
Monochromator crystals; LiF, Quartz or SiO2, InSb, Si, Ge, PET, ADP, Beryl, TlAP, RbAP, KAP, and CsAP
Gallium Garnet crystals (GGG, SGGG, NGG) are used to grow semiconductor crystal layers and are a crucial component for optical isolators and and for devices such as magneto optics.
Garnet Materials; Gadolinium Gallium Garnet (GGG), Substituted Gadolinium Gallium Garnet (SGGG), Neodymium Gallium Garnet (NGG).