Plant-Based Biomaterials for Automotive Interiors
OPUNÉ® develops plant-based biomaterial systems for automotive interior applications, with material evaluation focused on surface performance, durability, processing requirements, and application-specific specifications.
ILLUSTRATIVE MATERIAL COMPOSITION
CACTUS-DERIVED MATERIAL SYSTEM
Cellulose Matrix
42%
Bio-Polymer Binder
28%
Natural Plasticizers
18%
Mineral Fillers
12%
Illustrative values for technical reference only. Final specifications and performance are project-specific and subject to validation.
Active System: Cactus-Derived Material System // Development Reference
Cabin Application & Environmental Telemetry Console
CONSOLE // ILLUSTRATIVE SIMULATION
VDA 278 // VOC EMISSIONS REFERENCE
EVALUATION REFERENCE
DIN 75201 // WINDSCREEN FOGGING REFERENCE
F-Value: > 95%
THERMAL STABILITY REFERENCE
Dimensional stability @ 25°C
ISO 5402-1 // FLEX RESISTANCE REFERENCE
25,000
CYCLES
Reference cycle level: 150,000
VDA 278 EVALUATION REFERENCE
VOC Emissions: < 32 µg/g
Illustrative dashboard evaluation scenario under defined thermal and emissions conditions. VDA 278 is referenced as an applicable emissions characterization method; project-specific testing is required.
Illustrative engineering values shown for reference and understanding only. They do not represent final OPUNÉ® specifications, test results, certification, or validated product performance.
AUTOMOTIVE APPLICATION ENVIRONMENT
AUTOMOTIVE APPLICATION REFERENCE
85°C
Peak Dashboard Temperature Reference
Illustrative solar load condition
-40°C
Low-Temperature Reference
Illustrative low-temperature condition
Service-Life Evaluation
Project-Specific Evaluation
Accelerated ageing evaluation reference
UV Exposure Reference
Solar Exposure
Xenon arc / accelerated lightfastness evaluation
Automotive Material Specification & Evaluation
| Test Parameter | Reference Standard | Project Evaluation |
|---|---|---|
|
VOC Outgassing
◌ Validation |
VDA 278 / ISO 12219 | Application-specific validation required |
|
Windscreen Fogging
◌ Validation |
DIN 75201 Method B | Application-specific validation required |
|
Bally Flex Fatigue
◌ Validation |
ISO 5402-1 | Application-specific validation required |
|
Taber Abrasion
◌ Validation |
ASTM D3884 | Application-specific validation required |
Automotive Material Performance
Cabin VOC & Outgassing Evaluation
Automotive interior materials can require evaluation for volatile organic compounds and outgassing characteristics. OPUNÉ® evaluates material suitability against application-specific automotive requirements and relevant test methods.
Flex Fatigue & Temperature Performance
Automotive interior applications can involve repeated flexing and temperature variation. OPUNÉ® evaluates material durability, flex behaviour, and surface integrity against application-specific performance requirements.
Forming & Surface Integrity
Automotive interior components may require forming into curved geometries while maintaining surface appearance and material integrity. OPUNÉ® evaluates forming behaviour and surface performance according to the intended application and processing route.
AUTOMOTIVE DEVELOPMENT PATHWAY
PROJECT VALIDATION PATHWAY
Material Screening
Initial technical evaluation
Component Evaluation
Application-level evaluation
Vehicle Integration Assessment
Integration requirements assessment
Production Readiness Review
Production requirements review
Request Automotive Technical Information
Connect with the OPUNÉ® technical team regarding material samples, application requirements, technical specifications, and available material documentation.