I. Lightweight Materials
Carbon Fiber Composites
- Advantages: Lightweight, excellent heat resistance, low thermal expansion coefficient, high thermal conductivity, corrosion resistance, good electrical conductivity, and approximately three times the strength of steel and aluminum alloys.
- Applications: Increasingly used in automotive interiors, particularly in seat frames and armrests. Their lightweight properties enhance vehicle performance and fuel efficiency.
Lightweight Seat Back Panels
- Features: Made from innovative materials, these panels weigh half as much as traditional injection-molded versions while reducing costs.
- Applications: Compatible with various fabrics and integrated surface treatments, meeting personalized customer demands.
Modified Plastics
- Types: Modified PP, PA6, PA66, ABS, PA/ABS, PC/ABS, ASA, PC/PBT, PET/PBT, and MPPO.
- Applications: Widely used in dashboards, door panels, and other interior components, balancing functionality, comfort, and sustainability.
II. Eco-Friendly and Sustainable Materials
Recyclable Materials
- Types: Recyclable yarns, bio-based materials (e.g., suede-like fabrics derived from corn and sugarcane).
- Applications: Reduce environmental pollution and improve resource efficiency. Bio-based materials offer both sustainability and superior tactile performance.
Low-Odor and Low-Emission Materials
- Features: Strict control of harmful substances during production to ensure cabin air quality.
- Applications: Used in seat fabrics, dashboards, and other components for healthier and more comfortable interiors.
Low-VOC Plastics
- Features: Minimal volatile organic compounds (VOCs), ensuring human safety.
- Applications: Applied to dashboards and door panels to reduce harmful emissions.
III. Smart Materials
Materials with Integrated Touch and Electronic Control Units
- Features: Real wood/aluminum trim with embedded touch controls, enabling features like backlighting, touch displays, and haptic/audio feedback.
- Applications: Enhance interior intelligence for intuitive user interactions.
Smart Fabrics
- Features: Fabrics with temperature regulation and health-monitoring capabilities (under development).
- Applications: Future integration into seats for personalized comfort.
IV. Comfort and Health-Focused Materials
High-Breathability Fabrics
- Features: Improve seat ventilation to reduce heat buildup during long drives.
- Applications: Widely used in seat covers for enhanced comfort.
Antibacterial and Dust-Resistant Materials
- Features: Inhibit bacterial growth and minimize dust accumulation.
- Applications: Used in seats, steering wheels, and other components for cleaner interiors.
V. Customizable Materials
Growing consumer demand for personalization is driving the development of customizable interior materials. Future options will expand to include diverse colors, textures, and material choices. For instance, customers may customize seat colors, patterns, or even material compositions.
