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SATIN Technical Specifications

SATIN Technical Specifications

Product catalog summary

Overview: The document provides technical specifications for SEVASA's acid-etched glass products: SatenGlas®, SatenLux®, and LuxMat®. These products are designed for architectural, interior design, and furniture applications, offering various opacities, luminosities, and finishes to control light diffusion, stain resistance, and anti-reflection properties.

Standards and Measurements: The glass products are evaluated based on the German standard DIN 67507 and the European Standard EN 673. The measurements include ultraviolet transmittance, light transmittance, light reflectance, solar direct transmittance, solar direct reflectance, secondary internal heat transfer factor, and total solar energy transmittance.

SatenGlas® Specifications:

Clear 5 mm: Ultraviolet transmittance ranges from 0.55 to 0.57, light transmittance from 0.85 to 0.89, and total solar energy transmittance from 0.81 to 0.85.
Extraclear 5 mm: Higher ultraviolet transmittance (0.75 to 0.78) and light transmittance (0.87 to 0.91) compared to the Clear version.
Clear 6 mm: Slightly lower ultraviolet transmittance (0.52 to 0.54) and solar direct transmittance (0.76 to 0.79) than the 5 mm version.
Clear 10 mm: Further reduced ultraviolet transmittance (0.45 to 0.47) and solar direct transmittance (0.68 to 0.71).

SatenLux® Specifications:

Clear 5 mm: Consistent ultraviolet and light transmittance at 0.58 and 0.89 respectively, with a total solar energy transmittance of 0.84.

LuxMat® Specifications:

Clear 5 mm: Similar to SatenLux® with ultraviolet transmittance at 0.58 and light transmittance at 0.89, maintaining a total solar energy transmittance of 0.84.

Conclusion: The document provides detailed technical data for each glass type, allowing for informed decisions based on specific light and energy transmittance needs in various applications.

Catalog excerpts

Acid etched glass for architecture and decoration SATIN Technical Specifications Different opacities, luminosities and finishes allow you to choose its level of luminosity and light diffusion, smooth to the touch, brilliance, resistance to stains and an antireflection action for a sustainable use in most versatile applications: architectural, interior design and furniture. SatenGlas® SatenLux® LuxMat® Measurements and parameters stated by the Ift Rosenheim DIN 67507 and European Standard EN 673 for SEVASA glass: SatenGlas®, SatenLux® and LuxMat® (different thicknesses and types of Measurement following norm DIN 67507 vertical light transmittance.

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SATENGLAS® TECHNICAL INFORMATION The SatenGlas® is produced on float glass according to Spanish UNE-EN 572-2. The “ift Rosenheim” was charged by SEVASA to determine the physical parameters of our glass. The measurements and evaluations are based on the German standard DIN 67507 and on the European Standard EN 673. Incidence of light on satin-finished Incidence of light on side without satin-finish Ultraviolet transmittance τ UV Light transmittance τ Light reflectance (exterior) ρ Solar direct transmittance τe Solar direct reflectance (exterior) ρe Secondary internal heat transfer factor qi Total...

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Incidence of light on satin-finished Incidence of light on side without satin-finish Ultraviolet transmittance τ UV Light transmittance τ Light reflectance (exterior) ρ Solar direct transmittance τe Solar direct reflectance (exterior) ρe Secondary internal heat transfer factor qi Total solar energy transmittance g Measurement and calculation results for the glass pane “SatenGlas® Extraclear 5 mm” according to DIN 67507 for normal incidence of light. Spectral direct transmittance and reflectance for the glass pane “SatenGlas® Extraclear 5 mm” for normal incidence of light on side with satin-fi

Open the catalog to page 3

SatenGlas® Clear 5 mm two faces Ultraviolet transmittance τ UV Light transmittance τ Light reflectance (exterior) ρ Solar direct transmittance τe Solar direct reflectance (exterior) ρe Secondary internal heat transfer factor qi Total solar energy transmittance g Measurement and calculation results for the glass pane “SatenGlas® Clear 5 mm two faces” according to DIN 67507 for normal incidence of light. Spectral direct transmittance and reflectance for the glass pane “SatenGlas® Clear 5 mm two faces” for normal incidence of light on side with satin-fi

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SatenGlas® Clear 6 mm Ultraviolet transmittance τ UV Light transmittance τ Light reflectance (exterior) ρ Solar direct transmittance τe Solar direct reflectance (exterior) ρe Secondary internal heat transfer factor qi Total solar energy transmittance g Incidence of light on satin- Incidence of light on finished side without satin-finish 0,52 0,85 0,09 0,76 0,08 0,04 0,80 Measurement and calculation results for the glass pane “SatenGlas® Clear 6 mm” according to DIN 67507 for normal incidence of light. Spectral direct transmittance and reflectance for the glass pane “SatenGlas® Clear 6 mm” for...

Open the catalog to page 5

Incidence of light on satin-finished Incidence of light on side without satin-finish Ultraviolet transmittance τ UV Light transmittance τ Light reflectance (exterior) ρ Solar direct transmittance τe Solar direct reflectance (exterior) ρe Secondary internal heat transfer factor qi Total solar energy transmittance g Measurement and calculation results for the glass pane “SatenGlas® Clear 10 mm” according to DIN 67507 for normal incidence of light. Spectral direct transmittance and reflectance for the glass pane “SatenGlas® Clear 10 mm” for normal incidence of light on side with satin-fi

Open the catalog to page 6

SATENLUX® TECHNICAL INFORMATION The SatenLux® is produced on float glass according to Spanish UNE-EN 572-2. The “ift Rosenheim” was charged by SEVASA to determine the physical parameters of our glass. The measurements and evaluations are based on the German standard DIN 67507 and on the European Standard EN 673. Incidence of light on satin-finished Incidence of light on side without satin-finish Ultraviolet transmittance τ UV Light transmittance τ Light reflectance (exterior) ρ Solar direct transmittance τe Solar direct reflectance (exterior) ρe Secondary internal heat transfer factor qi Total...

Open the catalog to page 7

LUXMAT® TECHNICAL INFORMATION The LuxMat® is produced on float glass according to Spanish UNE-EN 572-2. The “ift Rosenheim” was charged by SEVASA to determine the physical parameters of our glass. The measurements and evaluations are based on the German standard DIN 67507 and on the European Standard EN 673. Incidence of light on satin-finished Incidence of light on side without satin-finish Ultraviolet transmittance τ UV Light transmittance τ Light reflectance (exterior) ρ Solar direct transmittance τe Solar direct reflectance (exterior) ρe Secondary internal heat transfer factor qi Total solar...

Open the catalog to page 8

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