SCHOTT S8008G contrast-enhancement glass selection, 1.6 mm custom finished thickness; BBAR / AR — One Surface. Cut size, spectral requirements and processing feasibility confirmed by quotation.
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Internal Reference:
GLS-300006-00
SCHOTT S8008G contrast-enhancement glass selection, 1.6 mm custom finished thickness; BBAR / AR — One Surface. Cut size, spectral requirements and processing feasibility confirmed by quotation.
SCHOTT identifies S8008G as a contrast-enhancement glass. Select using its verified spectral transmission at the finished thickness, the LCD red, green and blue output, ambient illumination and the complete optical stack. A contrast-enhancement designation alone does not establish an RGB-matched tri-notch passband or a guaranteed contrast ratio.
1.6 mm is a requested finished thickness, not a claim of standard stock. Raw material, clear aperture and processing feasibility require confirmation. Where bulk optical glass is used, fabrication can include slicing, grinding, polishing and edge finishing. Supply is subject to an approved drawing and quotation.
Broadband anti-reflection (BBAR / AR) coating on one surface, normally the viewer-facing surface. The opposite surface remains uncoated for the agreed bonding or air-gap arrangement. Coating wavelength band, incidence angle, durability and residual reflectance are specified for the application.
Provide width, height, clear aperture, thickness tolerance, edge finish, cosmetic quality, operating environment and the LCD spectral data. Transmission, material availability and delivery require confirmation for the finished configuration.
Lot tracked. Contact us for a configuration and quotation.
Compare neutral-gray and RGB / tri-notch glass · Match LED spectra and RGB filters · LCD enhancements
The overlaid colored curves show calculated internal transmittance at 0.7, 1.1, 1.6, 2 and 3 mm. The dashed curve is SCHOTT S8008G published reference data at 1.00 mm. Each wavelength is scaled using the Bouguer–Lambert relation: Ti(d) = Ti(dref)d/dref.
These estimates assume homogeneous glass and normal incidence. Internal transmission excludes surface reflections and BBAR/AR coating effects; it is not the total transmission of a finished coated product. Thinner glass transmits more useful light but also more unwanted light in rejection bands. The best thickness depends on the LCD spectrum, ambient light and complete optical stack. The plotted thicknesses do not establish stock or fabrication availability.
Where the source reports transmission below a detection limit, the graph shows calculated upper bounds rather than exact values.