Product Benefits
- Less opening energy required during deployment
- Potential savings in part manufacturing
- Excellent heat aging resistance and fastness to light
- Free from halogens and plasticizers
- Low emissions: Volatile Organic Compounds (VOC) <150 µg/g according to VDA 278 (German Association of the Automotive Industry)
- Engineered for mechanical recycling
- Enables a compatible material stack throughout the part
- 40 – 60% lighter than standard decorative materials such as PVC and leather
- Can be designed with effect lacquers and printed designs
- Product carbon footprint (PCF) range: 1.5 – 2.6 CO2 e/m²
Technical Information
- Construction: Compact Laminate/Foam Laminate/ Textile Laminate
- Thickness: 1.2 mm - 1.6 mm / 1.9 mm - 4.2 mm / 0.7 mm - 0.9 mm
- Backing: None/Polyolefin Foam/Textile
- Processing Method: Vacuum Thermo Forming, In Mold Graining, Back Foaming, Low Pressure Molding/ Press Lamination, Cut & Sew
Material Construction - Foam Laminate
1 | Lacquer Finish
2 | Compact Layer
3 | Foam Layer
4 | Backside Primer (optional)
Material Construction - Textile Laminate
1 | Lacquer Finish
2 | Compact Layer
3 | Textile
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
Engineered for mechanical recycling (mono-material). Further options can be developed based on the sustainability toolbox.
Enabler
Lightweight surface material. Further PETA- Approved Vegan certified solutions can be developed.
GWP100
Product carbon footprint (PCF) can be disclosed for any construction on request: Sustainable Surfaces
