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UV Optical Windows, Φ12.7mm, Thickness=2.0mm NIR, UV Fused Silica, United Optical Technology Co., Ltd (CAT#: STEM-OP-2821-YJL)

Highlights

UV fused silica glass material has a wider spectral range (185nm-2.1μm) than K9 optical glass. It has excellent transmittance in the ultraviolet band, has a lower refractive index, better uniformity, and a smaller thermal expansion coefficient. It also has higher chemical resistance and very low fluorescence, and can be used to make various optical components, such as lenses, windows, filters, beam splitters, reflectors, prisms, etc.

Cat Number: STEM-OP-2821-YJL

Application: Used as a protective window for electronic sensors or detectors of the external environment

Model: 190036

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Description

UV Optical Windows, Φ12.7mm, Thickness=2.0mm NIR, UV Fused Silica, model 190036, is manufactured by United Optical Technology Co., Ltd.
Standard Precision UV Fused Silica Windows is a parallel plane plate that is usually used as a protective window for electronic sensors or detectors of the external environment.
When selecting a window, attention should be paid to the window material, transmittance and transmission band, surface shape, smoothness, parallelism and other parameters. An IR UV window is a window designed for use in the infrared or ultraviolet spectrum. Windows are designed to protect electronic sensors, detectors or other sensitive optical components from saturation or light damage.

Specification

Diameter: Φ12.7mm
Coating: AR@600-1100nm
Material: UV Fused Silica
Surface Accuracy: λ/4@633nm
Thickness: 2.0mm
Parallelism: <30arcsec
Surface Quality: 40/20-60/40
Diameter Tolerance: +0.0/-0.1mm
Thickness Tolerance: ±0.2mm
Bevel: Protective Bevel 0.2~0.5mmX45°

Features

UV fused silica glass material has a wider spectral range (185nm-2.1μm) than K9 optical glass. It has excellent transmittance in the ultraviolet band, has a lower refractive index, better uniformity, and a smaller thermal expansion coefficient. It also has higher chemical resistance and very low fluorescence, and can be used to make various optical components, such as lenses, windows, filters, beam splitters, reflectors, prisms, etc.

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