Xpreshn Hylite

Translucent Surface Material for Versatile Car Interior Lighting

Applications
  • Door/Side/Instrument Panel (low/mid)
Contact
primary
c_ssl_00041937.jpg
id-1-for-anchors

Product Benefits

  • Translucent surface material designed for backlighting
  • Offers new customization options
  • Can include human-machine interface (HMI) features
  • Ambient lighting solution
  • Can be harmonized with other light sources (e.g., displays and switches)
  • Provides diversification options
  • Seamlessly integrates into the interior when not illuminated
  • Excellent heat aging resistance and fastness to light
open
id-2-for-anchors

Technical Information

  • Construction: Foam Laminate/Compact Laminate, Textile Laminate

  • Thickness: 2.0 mm / 0.25 mm – 0.5 mm /

    0.7 mm – 2.5 mm

  • Backing: Polyolefin Foam/None/Textile

  • Processing Method: Vacuum Thermo Forming,

    In Mold Graining, Low Pressure

    Molding/Back Injection Molding/

    Cut & Sew, Bonding

id-3-for-anchors

Material Construction - Compact Laminate

1 | Lacquer Finish

2 | Compact Layer

3 | Compact Layer

4 | Backside Primer (optional)

xpreshn-hylite-construction-1.png

id-4-for-anchors

Material Construction - Foam Laminate

1 | Lacquer Finish

2 | Compact Layer

3 | Foam Layer

4 | Backside Primer (optional)

xpreshn-hylite-construction-2.png

id-5-for-anchors

Material Construction - Textile Laminate

1 | Lacquer Finish

2 | Compact Layer

3 | Textile

xpreshn-hylite-construction-3.png

id-6-for-anchors
Sustainability-Related Product Facts

Decarbonization
Product carbon footprint (PCF) range 1.5-2.6 CO2 e/m2. Further PCF optimized solutions can be developed. ISCC PLUS certification available.

Circularity
Mono-material solutions can be developed for mechanical recycling.

Enabler
Lightweight surface material.

GWP100
Product carbon footprint (PCF) can be disclosed for any construction on request: Sustainable Surfaces

Downloads

Xpreshn Hylite data sheet EN
Download
Cleaning and Disinfecting
Read more
Designed for Recycling
What was considered technically almost impossible to achieve until a few years ago is now becoming a key requirement: in future, vehicle interior surfaces that shape comfort, aesthetics and the brand experience must not only be functional, but also recyclable.
Read more
More Investment in Hydrogen Technologies
Five questions to our CEO Philip Nelles about our growth area of hydrogen technologies
Read more