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DuPont™ Corian®: Illumination Blueberry Ice

DuPont™ Corian®
Illumination Blueberry Ice

stylepark-id: 57.7076.00005

Illumination Blueberry Ice

01 Material Profile

material description

The fascinating effects of translucency and transparency are a powerful theme in design, architecture and engineering - as in culture, politics and society. There is a strong call for versatile, high-performance - yet translucent - materials in commercial environments such as hospitality, retail and public buildings, but also in decorative applications in the home. Innovations in lighting technology also make such material options increasingly relevant and versatile.

The "Illumination Series" introduces colours with superior translucency to enhance the potential for lighting effects with Corian®.
Possible finishes: matte, semigloss, gloss.

02 Technical Data

technical description

DuPont™ Corian® is a solid, non-porous, homogeneous surfacing material composed of ± 1/3 acrylic resin (also known as PolyMethyl MethAcrylate or PMMA) and ± 2/3 natural minerals. The main mineral is Aluminium TriHydrate(ATH) derived from bauxite, an ore from which aluminium is produced.

03 Material Properties


form  
form
board
optics/haptics  
appearance
matte, conditionally transparent
colour
blue
haptics
smooth
light transmission
medium transmission
properties  
highly resistant against…
moisture
classification by standard: EN
EN 13501-1
finish/treatment  
subsequent processing
milling, bonding, printing, thermoformable, drilling, sawing

04 Dimensions (available Sizes)


Dimensions (available Sizes)  
Width
2490 mm, 3658 mm
Height (thickness)
4 mm, 6 mm, 12,3 mm, 19 mm
Length
760 mm, 930 mm

05 Tags

Tags

washstand, sink, material, artificial stone, washstand panel, worktop bath, shower, tub, shower tub, bath tub, facade, facade panels, facade panneling, facade technology, synthetic material, kitchen, kitchen sink, built-in sink, worktop, kitchen worktop, counter, corian, dupont corian, customization, furniture, mineral material, high-polish, thermo forming, colour, processing, architecture, surface material, design, acrylic, panels