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This large quartz round plate with a center hole is made from high-purity fused silica, offering excellent thermal stability, low expansion, and outstanding chemical resistance. The central opening can be customized for mounting, airflow, optical alignment, or furnace integration.
We provide full customization of diameter, thickness, flatness, hole size, edge finish, and surface quality. The plate is suitable for semiconductor processing, high-temperature furnaces, diffusion systems, and specialized laboratory equipment.
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This quartz 96 microwell plate is made from high-purity fused silica, offering exceptional UV transparency, thermal stability, and chemical resistance. Quartz microwell plates are widely used in fluorescence analysis, UV absorbance testing, high-temperature reactions, and precision biochemical experiments.
We support custom well diameters, depths, spacing, thickness, and surface treatment. The plate structure ensures uniform optical performance and compatibility with laboratory detection systems.
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The quartz calibration plate is manufactured from high-purity fused silica and designed for high-precision optical alignment, imaging calibration, and equipment testing. Quartz provides exceptional thermal stability, low expansion, and excellent transmission from UV to IR, ensuring accurate and stable reference performance.
We support customization of plate size, thickness, etched patterns (circles, grids, crosses), edge finish, and tight tolerances. Quartz calibration plates are widely used in laser systems, machine vision, metrology, microscopy, and scientific instrumentation.
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Quartz glass discs are produced from high-purity fused silica, featuring excellent UV transmission, low thermal expansion, high thermal resistance, and superior chemical stability. With precise surface finishes and customizable dimensions, these discs are widely used in optical components, laboratory instruments, semiconductor processing, and high-temperature settings.
We offer full customization of diameter, thickness, surface finish, flatness, drilling, edge polishing, and CNC machining to meet diverse application requirements.
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Quartz glass perforated disks are made from high-purity fused silica and feature precisely machined hole patterns for controlled airflow, gas distribution, filtration, diffusion, or specialized laboratory applications. Quartz provides excellent thermal stability, low expansion, high UV transmission, and outstanding chemical resistance.
We offer full customization of diameter, thickness, hole diameter, spacing, pattern layout, and edge finishing. These disks are commonly used in semiconductor systems, chemical processing, laboratory reactors, high-temperature furnaces, and custom industrial equipment.
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Quartz glass plates are manufactured from high-purity fused silica, offering exceptional thermal stability, low expansion, high UV transmission, and excellent chemical resistance. These plates can be fabricated into various shapes and are suitable for high-temperature and high-purity environments.
We provide full customization of size, thickness, flatness, drilling, cutting, grinding, beveling, and CNC machining. Quartz plates are widely used in laboratories, optical instruments, semiconductor equipment, and industrial heating systems.
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Quartz glass sheets are made from high-purity fused silica and offer excellent thermal stability, low thermal expansion, high UV transmittance, and strong chemical resistance. With precise surface quality and high flatness options, these sheets are widely used in optical systems, laboratory instruments, semiconductor processing, and high-temperature environments.
We support full customization, including size, thickness, flatness level, polishing, drilling, edge finishing, and CNC machining to meet specific application requirements.
