Can You Wireless Charge Through Composite Materials?
The answer depends on the specific composite material. The InvisQi wireless charger works effectively through many composite materials, but there are important considerations regarding composition and metal content.
Compatible Materials
Works Well With
- Non-metallic composites
- Polymer-based materials
- Fiberglass composites
- Resin-based materials
Incompatible Materials
Avoid These
- Carbon fiber composites
- Metal-reinforced materials
- Conductive composites
- Metal-matrix composites
Performance Requirements
Technical Specifications
- Maximum thickness: 30mm (1.18")
- Optimal range: 18-20mm (0.7-0.8")
- Signal efficiency: 85-90%
- Material density impact
Commercial Applications
Business implementations include:
Professional Settings
- Modern furniture
- Office installations
- Retail environments
- Custom solutions
Installation Guide
Key Steps
- Material testing
- Thickness measurement
- Position planning
- Signal verification
Optimization Tips
Best Practices
- Regular testing
- Performance monitoring
- Heat management
- Position adjustment
Conclusion
Many composite materials support wireless charging effectively when properly assessed and installed, though metal-containing composites should be avoided.
