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Satin

LuxMat® · Elegant luminosity


LuxMat® offers light, high-transparency satin, especially suitable for furniture and doors. The fact that it is easy to clean means it can be used in any transforming machine.


Characteristics:

Colours: extraclear, clear, bronze, grey, green, blue, black, mirror and lacquered(*).

Double side: available.

With mirror base: extra-clear, clear and coloured.

Thickness: 2, 3, 4, 5, 6, 8, 10, 12 and laminated.

Inches: 0.0787″ + 1/8″ to 3/4″.

Size: Standard 225x321cm. Inches: 88″x126″.

Other sizes please consult.

Weight: 2.5kg/m2 per mm thickness.

Base: float glass standard UNE-EN 572-2, mirror standard UNE EN 1036 quality and resistance to corrosion.

 

See full range here

(*) For lacquered options, see LuxMat® Laquée


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Technical Specifications

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Catalogue

For more information, contact SEVASA.
info@sevasa.com


LuxMat® is a trademark from SEVASA.

Applications:

Construction: roofs, curtain walls, façades, etc…

The creation of interior designs with enclosure systems, dividers, screens, passages, doors, cabins, roofs, skylights, transparent roofs, windows.

Wall coverings and glass surfaces.

Floors, stairs, entries.

General furniture, tables, cupboards, changing rooms, shelves, lights and display cases…


Advantages:

  • Guaranteed homogenous quality: we use a single source of base-glass to ensure homogeneity between orders, especially important for large-scale installations and construction.

  • High production capacity for large projects, with short delivery times.

  • Well-known international brands and guaranteed quality backed by 30 years as the market leader.

  • SEVASA satin is long-lasting, stain resistant and easy to clean.

  • It is resistant to damp and can be exposed to the sun and artificial light. Unchanged by time.

  • Easy transformation: cutting, bevelling, curving, drilling, tempering, laminating and suitable for double glazing.

  • SEVASA has obtained the Quality ISO 9001 and Environmental Safety ISO 14001 certificates. Strict routine controls give SEVASA the seal of an eco-friendly and sustainable company.


Recommendations:

  • Store the glass in a dry place to prevent oxidation and protect from dust.

  • Clean with clean water. Do not use abrasive products.

  • Just like any other satin, care must be exercised when handling, particularly the matt face. Place the glass on a clean cutting table to protect the satin. It is recommended you position the glass satin side up on the cutting table.

  • In exteriors and double glazing it is recommended the treated side be positioned inside to preserve the initial aesthetic. For exterior use of the treated side, see the SEVASA Antiscratch line.

  • In wet zones (shower screens, shower cabins, etc.) you are advised to install the glass with the treated side outwards: the glass will be transparent until it dries.

  • When LuxMat® glass is installed correctly, no specific precautions are required. SEVASA satin is untouched by time and it does not degrade or blur.

  • Transformation observations(*):

  • Laminate: the treated side must face outwards.

  • Straight, circular, bevelled, polished, perforated, grooved and V-bevelled: It is worked like float glass, on a clean cutting table. It is recommended you position the glass satin side up on the cutting table.

  • Curve: it can be curved on both sides of the float.

  • Serigraph: both sides can be serigraphed.

  • Silvered layer: Preferably on the untreated side.

  • Lacquered layer: Preferably on the untreated side. See LuxMat Laquée

  • Double glazing: the treated side should preferably be faced inwards in the assembly for ease of maintenance. The use of silicone for the double-glazing joint is not permitted when the satin side is in position 2 or 3.


Incidence of light

LuxMat® clear 5mm


Matt face

Non-matt face

Ultraviolet transmission

τUV

0,58

0,58

Light transmission

t

0,89

0,89

Light Reflection

p

0,08

0,08

Radiation transmission

te

0,81

0,81

Radiation reflection

pe

0,07

0,07

Secondary heat emission factor

qi

0,03

0,03

Total energy transmission

g

0,84

0,84


Measurement following norm DIN 67507 vertical light transmittance.